biology Archives - Sci Phi Journal

Fiction

A Rejection

by Lloyd Earickson

In Monouary of GSY 3567, Mr. Onikratchilisharomp submitted a paper discussing conclusions he developed in response to the findings of the GSY 3562 expedition to Glias 5867c, which was rejected for publication. With the consent of the author and the Journal of Intergalactic Exoarcheology*, the resulting exchange is being printed here, in ExoarcheologyNews*, for readers to weigh in upon the editorial and scientific considerations involved. Please note that all reader responses will be recorded and may be utilized in future exopsychology studies.

*Disclaimer: ExoarcheologyNews and Journal of Intergalactic Exoarcheology are both subsidiary publications of the Intergalactic Association for the Advancement of Exoarcheology (IAAE).

#

Letter to Mr. Onikratchilisharomp: 50^th Monouary GSY 3567

Mr. Onikratchilisharomp,

We regret to inform you that the Journal of Intergalactic Exoarcheology cannot publish your submitted paper, “An analysis of the impact of an electromagnetic “anchor” on the development of domestic habits and civilizational complexity in A-type lifeforms,” as it violates our policies regarding the equitable treatment of all classes of sentient lifeforms. Thank you for your submission, and we look forwards to working with you in the future.

-JIE Editorial Board

#

Response to JIE Editorial Board: 2^nd Diuary GSY 3567

JIE Editors,

Thank you very much for your reply; I am a long-time reader of your journal and am grateful for your consideration of my humble paper. It is the product of much cogitation since I first became aware of the results of the Jominurish expedition through your pages, and I hope that, with your guidance, I may revise it as necessary to comply with your policies, which I certainly did not intentionally violate.

Towards that end, I am requesting clarification regarding precisely in what way my paper violates your policies regarding the equitable treatment of all classes of sentient lifeforms. My conclusions are derived from the data provided to the exoarcheology community by Jominurish et al from the GSY 3562 expedition to Glias 5867c in accordance with my best understanding of standard exoarcheological practice, and I in no way intended to be less than equitable in my treatment of any class of sentient lifeform.

-Mr. Onikratchilisharomp

#

Response to Mr. Onikratchilisharomp: 37^th Diuary GSY 3567

Mr. Onikratchilisharomp,

Your paper implies that the civilizational and technological complexity and milestones typically exhibited by T-type lifeforms make them superior to A-type lifeforms. This is a discriminatory perspective towards A-type lifeforms, which the JIE cannot support. As A-type lifeforms have fundamentally different contexts, physiologies, biologies, and psychologies, they necessarily develop along different standards from T-type lifeforms, and thus the two cannot be compared. In concluding that the A-type civilization that evolved on Glias 5867c “overcame the inherent disadvantages of amorphous lifeforms through the use of an electromagnetic anchor to achieve civilizational and technological complexity more similar to early-stage T-type civilizations,” your paper is necessarily suggesting that A-type lifeforms are inferior to T-type lifeforms. For this reason, the paper cannot be published by our journal.

-JIE Editorial Board

#

Response to JIE Editorial Board: 40^th Diuary GSY 3567

JIE Editors,

As an A-type lifeform myself, I find it troubling that you would suggest I am coming to a discriminatory conclusion; on the contrary, my conclusion is empirical, and is based on reasonable comparisons. The Glias 5867c civilization seems to have developed along lines similar to T-type civilizations, including in their technological, societal, and domestic spheres, which my paper attributes to their unique electromagnetic anchor, created from their planet’s unique preponderance of gaseous and plasmatic heavy metals (see Nez’kerixt-Maxwell-qqXXghj spectroscopic analysis from Jominurish et al), and it is therefore reasonable to compare them to T-type civilizational development stages. When I refer to the inherent disadvantages of amorphous lifeforms as compared to terrestrial lifeforms, it is intended only in the context of the development of civilizational and technological complexity, in particular their domestic habits, which is an approach well-documented in such varied sources as Hisisisisisisisisish, Calaxaraty, and Johnson, and not as any form of broader moral judgement on the capacities of A-type lifeforms.

It is my hope that with this clarification, you would be willing to reconsider your rejection of my paper for publication. I have attached a revised manuscript in which I attempted to make clearer the limits of my specific comparisons so that they cannot be misconstrued for a broader judgement. Again, I appreciate your time and consideration in this matter.

-Mr. Onikratchilisharomp

#

Response to Mr. Onikratchilisharomp: 32^nd Heptauary GSY 3567

Mr. Onikratchilisharomp,

While we appreciate and encourage ongoing dialogue regarding our publication and editorial processes, we are unable to review your paper for publication at this time. We look forward to working with you in the future.

-JIE Editorial Board

#

Response to JIE Editorial Board: 34^th Heptauary GSY 3567

JIE Editors,

Are there rigorous, scientific grounds for rejecting my paper, or is this judgement purely because of a perceived violation of subjective moral standards? It is gravely concerning to me that the premier exoarcheological journal should make publication decisions based not on the quality of the science involved, but rather based upon an absolutist moralism which cannot possibly accommodate all circumstances. How many other papers that include legitimate science have been rejected by your publication for such reasons? It should be the responsibility of your readers to determine the validity of the exoarcheology involved on the merits and to make their own moral conclusions, such as may be applicable. Your unwillingness to continue this dialogue or to reevaluate my paper is clearly indicative that your organization has fallen victim to the whims of the tri-galaxy capital region in which you are based, rather than remaining true to the spirit of free inquiry that underpins the discipline of skepticism that is true science.

In light of this, I withdraw my paper from the JIE. I have been a JIE subscriber my entire professional life, and it was reading your local publication, IAAE-Triangulum, which first inspired me to pursue studies in exoarcheology. It is now clear to me that your institution does not maintain the same standards it once did, and I will be cancelling my subscriptions to all IAAE-associated publications forthwith. I can only hope that you will one day return to the standards of rigor, quality, and reliability with which I once regarded you.

-Mr. Onikratchilisharomp

#

Response to Mr. Onikratchilisharomp: 45^th Heptauary GSY 3567

Mr. Onikratchilisharomp,

Regardless of your intention, the fact is that your paper is in violation of this journal’s editorial policies and therefore ineligible for publication. That the journal published papers employing a similar methodology prior to the adoption of the current policies is a source of continuing concern, the damage of which the IAAE is actively attempting to mitigate. Any attempt to compare A-type and T-type lifeforms and civilizations is inherently discriminatory, and scientifically unsupportable. Thus, your paper’s conclusion and methodology are morally and scientifically flawed by current standards. While those standards were different in past decades, that is only evidence that our own cultural mores are subject to iteration and improvement.

-JIE Editorial Board

#

Response to JIE Editorial Board: 7^th Octouary GSY 3567

JIE Editors,

The nature of exoarcheology as a science necessitates comparisons, as there is no agreed-upon fundamental organizing principle upon which all civilizations can be analyzed, such as is done in fundamental physics or astrochemistry. As stated previously in this exchange, I am myself an A-type lifeform, and neither I nor any of my associates take offense at the notion that T-type civilizations, with their solid-state forms, manipulable extremities, and existential constancy, are superior to A-type civilizations in the areas of technological and civilizational complexity. Indeed, the Glias 5867c civilization very clearly followed T-type domestic patterns, which are nonexistent in traditional A-type civilizations. It is inherent to T-type lifeforms, just as A-type lifeforms’ dynamic intelligence, passive physical existence, and transient, gaseous forms make them naturally superior to T-type lifeforms in areas of science, philosophy, mathematics, and other forms of intellectual exercise.

Arguably, by insisting that all comparisons between sentient lifeform classes are anathema, you are implicitly perpetuating a conception that A-type and T-type lifeforms differ too fundamentally from each other to exist in close harmony, symbiosis, and interdependence, the very states which the Intergalactic Coalition attempts to foster. Therefore, your policies render you guilty of the sin of which you accuse me, by suggesting that one lifeform or another is diminished by comparison. This is the inherent danger in rendering any kind of value-judgement in a moral sense.

I must hope that not all journals have adopted the unscientifically-minded policies of the IAAE; although I would have preferred to publish my research through the Journal of Intergalactic Exoarcheology, this dialogue has convinced me to submit to other scientific journals, including the prestigious Svelcher Journal of Intergalactic History. If the IAAE should return to its roots as an organization of which I was once proud to claim membership, such as when I received my first membership card 237 GSYs ago, I will gladly renew that membership. Sincerely yours in science,

-Mr. Onikratchilisharomp

#

Response to Mr. Onikratchilisharomp: 39^th Monouary GSY 3568

Mr. Onikratchilisharomp,

The JIE and the IAAE remain steadfast in our support of the pursuit of moral, responsible science that promotes the equitable treatment of all sentient species, and we stand by our editorial processes, guidelines, standards, and decisions.

-JIE Editorial Board

#

What do you think? Share your thoughts on the exchange in the comments below or via our anonymous survey.

This material is copyrighted in the tri-galaxy region and all satellite galaxies in accordance with applicable Intergalactic Coalition (IGC) policies and standards. For distribution and usage information, please contact IAAE headquarters at 132a Trappist Street, Dexillon, Fregad 35a, Andromeda.

~

Bio:

Lloyd Earickson is the founder and author behind IGC Publishing, host to his completed Blood Magic short story series and numerous other short stories and novellas. Since he began taking his writing seriously in 2016, he has drafted three novels and dozens of short stories and novellas, including several available through IGC Publishing, and Charmers, published professionally in Elegant Literature. A professional astronautical engineer with an insatiable curiosity, Lloyd’s writing, like his work on spacecraft, seeks to explore all regions of space and time.

Philosophy Note:

Recent editorial statements at prominent scientific journals, including Science and Nature, are the most proximal impetus for “A Rejection,” which involves a fictional exchange between a far-future, alien researcher and the editorial board at the prestigious journal to which it submits its manuscript. I often refer to science as a “discipline of skepticism,” a tool by which we can progress from wrong answers to less wrong answers in our impossible quest to understand the universe we inhabit, which necessitates the presentation and subsequent debate of a variety of conclusions, perspectives, and analyses in order to function effectively. Editorial statements, standards, and policies which suggest, foster, or impose ideological standards on the publication of scientific papers promote an insidious, holistic bias at the institutions which issue them by quelling, deterring, or outright rejecting research results, conclusions, and analyses that do not align with the reigning ideology.
Editorial standards and policies, and editorial gatekeeping generally, is a necessary part of the broader scientific enterprise in curating and presenting high-quality research, but those standards and policies should be ideologically agnostic. Papers should be selected based upon scientific rigor, analytical quality, reproducibility of results, and scale of potential impact and importance – metrics which can be, if not wholly objective, at least not blatantly biased. Even the appearance of ideological conformity by editorial enterprises casts a pall upon the institutions for which they gatekeep. In the long tradition of science fiction serving as a more palatable lens through which to view the issues which torment our own, contemporaneous societies, “A Rejection” probes this concern.
We have been exploring the value, impact, and effects of the freedom of expression at least since John Milton’s “Areopagitica.” In that broader sense, this story might seem to have little new to offer to the conversation, examining the esoteric subject of editorial decision-making in scientific publication without probing the more dramatic, overt impingements on the freedom of expression like book burnings and censorship. Nonetheless, I assert that “A Rejection” covers important ground precisely because the crimping of free inquiry it addresses is subtler. If it is not called out, it could go unnoticed, and the impacts of that are unknowable. Ideological limitations on publishing result only in “a fugitive and cloistered virtue, unexercised and unbreathed, that never sallies out and sees her adversary.” Those who truly believe in their values and ideologies should be unafraid to see them challenged and contradicted, for if they are valid they shall only come to greater wisdom and temperance in the process.
In other words, “since therefore the knowledge and survey of vice is in this world so necessary to the constituting of human virtue, and the scanning of error to the confirmation of truth, how can we more safely, and with less danger, scout into the regions of sin and falsity than by reading all manner of tractates and hearing all manner of reason? And this is the benefit which may be had of books promiscuously read.” I cannot express it more eloquently than John Milton. Here’s to promiscuous reading.

Fiction

Evert

by George Salis

This planet’s surface is a churning ocean of lava, with tsunamis of melted iron, nickel, and other heavy elements orchestrated by a metallic moon. Scans reveal the ocean floor to be a mantle of silicate stone overlaying a metamorphic and sedimentary crust. Deeper still is a troposphere, ending in the center as an exosphere, a core of light gases that include hydrogen and helium. You determine that this earth is inside-out, with unknowing anthropoids living on the inner surface.

Before the Great Evaporation, in which the oceanic core of the earth was absorbed through the crust as a fine mist, the inhabitants were a subaqueous species, half fish and half human. With the waters reduced to lakes and rivers streaming across the inner surface, millions of the merhumans drowned in air, clutching their throats and puckering their cerulean lips, while the fortunate ones remained submerged in the residual H2O. With the passage of evolutionary time, the aquatic creatures gained terrestrial abilities, discovering a new version of the world formerly lost to them. The nonexistence of light made this self-enclosed system an earth in negative. Thus the inner surface was a fertile soil devoid of flora and explored by eyeless anthropoids. Sensitive hairs as translucent as glass enveloped their bodies and gave them the ability to see by physical sensation. A mere breeze would cause meteorological images to bloom in the brain, a simple touch would manifest an object as three-dimensional in the mind’s eye, and so they were able to charter the whole of their internal domain.

For nearly five thousand years they persisted by consuming protein mud that lined the lakes and rivers, until the first flora appeared, plants and algae that grew through scotosynthesis. The anthropoids then developed agriculture, fertilizing their crops with a potent distillation of darkness, which stimulated development to the point where plump stalks became entangled in the sky with those cultivated on the opposite sides of the earth. Planet tendons capable of feeding hundreds or more, a necessity in a prospering population.

The advent of science in their civilization coincided with the propagation of a plague that wilted most of their crops to ashen husks, the gray flakes swirling in the wind like snow in a globe. Experts of physics, botany, and other fields collaborated in response to the emergency and concluded that the plague must be starved, which would mean the destruction of the anthropoids’ primary food source. Therefore, they invented a plant that, although it would die in the dark, could feed on an eccentric electromagnetic radiation. Theoretical physicists called it “light.” To banish the plague without a doubt, and to ensure worldwide growth of the new plants, they enacted an ambitious plan. Just as their ancestors had forged the foundations of air-breathing through sacrifice and mutation, so would they begin the arduous process of light-seeing. This time, they possessed the aid of science and foresight. They edited DNA so that above the nostril, which was a crescent hole in the hirsute skin, they generated a concave patch of photosensitive cells that took up half of the face and all of the forehead. Furthermore, they deleted the genes that gave rise to the glassy hairs of the body in order to prevent stimuli from competing. When they had bred two generations of smooth anthropoids with nascent eyes, they performed the next step of their plan. The invention of the sun. And so the inner exosphere was set afire and with a radius of ten miles it illuminated all.

The presence of the sun catalyzed the evolution of their sight to where the sensitive patch morphed into a compound eye, glistening with necro-greens and plasmid purples. The synthetically-enhanced beings became the sacred caretakers of the blind, for it was discovered that the transparent hairs of their ancestors were inexplicably linked to the former darkness, and no amount of artificial shade was enough for them to salvage their sight-by-feel. To remedy this injustice, a system of feeding or famishing the fire was developed, so that they could turn the sun on and off at will. After a vote, it was determined that the sun would be on for ten hours then turned off for another ten, ad infinitum. On some occasions, the sun would be off for a week or more, as during the six-month mourning of the assassination of their leader. But this tradition was halted when the elderly eyeless anthropoids failed to return home amid dawn and were later seen scrounging in groups of three or four. Some claimed the more feral traits of the old ones’ personalities, traits still biding in the brains of the eyeful, had usurped control, while others said that a collective degeneration of the brain, due to age or a new disease, had stripped them of their higher faculties. The truth was revealed when a wandering group of seniors was found in a forsaken temple and captured. Between grunts they condemned in shrieking voices the world of unseeable light and used primordial purrs to express their longing for absolute darkness. It was decided that a system of underground homes and tunnels would be dug. Afterward, a farewell parade was held, wherein thousands cheered or wailed with grief as their great-grandparents and great-great-grandparents descended into a new realm of soil and perpetual night.

Thereafter, the progress of inner-surface civilization was embodied in the system of communication and transportation connecting ground and sky. Although careful to avoid the sun’s fire, they had installed thick, knotted ropes that muscled messengers climbed to deliver packages and letters to the other sides, flipping at the halfway mark due to the major switch in gravity. Spacious baskets had been tied to the crisscrossing ropes at various intervals for resting or sleeping. Many citizens trained themselves to climb, too, for it was a cheaper way to travel, although dangerous, and usually resulted in fifty or so deaths a year, with some falls suspected to be suicides. Later, the Pigeon Express was established, in which birds were bred for their size until large enough to be mounted. Riders of the Pigeon Express could be seen diving and rising through the air in all directions. Eventually the climbing ropes rotted but were replaced by steel cables as support for a new innovation of travel. That is, massive elevators capable of containing a few hundred people. In these elevators the poor were amassed in claustrophobic seclusion from the rich, who relished in the pleasures of a movable mansion. Except for the near sideswipe of two elevators, the only tragedy that occurred was when an elevator rose to the halfway point and then fell up, brakes broken, crashing into the terrestrial sky of their destination, killing everyone on impact. Shortly after they invented a network of pneumatic tubes that could deliver people back and forth in a matter of seconds, a universal debate began to take shape, concerning, not the center of their world, but the outside of it, the beyond.

Due to their location, they knew nothing of outer space. The earth was their sky, trees and lakes and rivers their constellations. Geologists were the equivalent of astronomers. But when a study of seismic waves revealed an odd hollowness of indeterminable size beyond the density of the ground around them, theories arose. Most thought the universe was made of dirt, the omnipresent terra, and that the emptiness was due to the existence of other worlds, other spheres, possibly much larger or smaller than theirs, perhaps harboring alien life. The alternative claim was that the hollowness was a deceptive echo from the orbicular walls of an impervious crust, a cosmic depth limit calculated at 299,792,458 meters. Only a few scientists conjectured that the universe was mostly empty space, with soil as the exception.

In response to a proposed drilling project that would answer their insatiable questions, an old man and his disciples began to build a gargantuan ark in preparation for what he called the Great Inundation. He professed that to puncture so deeply into the skin of the great god Lutum would send forth floods of His bleeding wrath. Overall, opposition was in the minority and the drilling began, implementing a colossal vehicle with a bulky corkscrew mouth that was capable of ingesting dirt in great quantities and expelling it as an ultra-fine powder from a hole in the rear. It took only a couple miles for the drill to open up a subterranean metropolis populated by a humanoid species with centipede legs, thousands of them crawling across pillared buildings. Nothing of them was familiar but their eyeless heads, which reminded the inner surface population of tall tales their great-grandparents told them regarding relatives that lived underground and masticated clumps of darkness. Scientists began to study them but their underground realm was not the source of the detected cavity, the mysterious emptiness, and so they continued to drill much deeper. Increasing heat registered by instruments installed within the drill was interpreted differently: as the theorized spheres of other civilizations, glowing with the energies of industry; as globular crucibles of perpetual light, suns for the taking; or as an overheating of the drill itself, a misleading malfunction. Thus they drilled deeper and deeper until they fissured the surface of their inside-out earth, draining the lava ocean. “It’s the destined hemorrhage of the great god Lutum, His livid blood,” cried the old man as he stood on the deck of his ark and embraced the viscous rush of the blinding red ichor.

With time, the molten center of this earth will be pressurized into solid nickel and iron, preceded by a liquid outer core and a mantle, while the drained surface will flourish with flora and fauna in the presence of atmosphere-accumulated water, until an inversion of gravity will cause the boundaries between layers to become porous – and the process repeats.

~

Bio:

George Salis is the author of the novel Sea Above, Sun Below. After almost a decade, he has nearly finished his second novel, Morpholocal Echoes. He’s the winner of the Tom La Farge Award for Innovative Writing. He’s also the editor of The Collidescope, an online publication that celebrates innovative and neglected literature. His website is www.GeorgeSalis.com.

Fiction

Care And Feeding Of A Hybrid Workforce

by Kim Z. Dale

“It may take some getting used to.” That’s what management said when they told us we’d return to the office in a hybrid mode. The new policy was a purgatorial blend of working from home and working on site. The employees didn’t like it because we wanted to keep working remotely full time. Management didn’t like it because they wanted us in back the office full time, but after two years of everyone working from home, our leadership could no longer pretend that 40-plus hours in the office was a requirement for getting things done.

With the new hybrid schedules, it was hard to keep track of who was in the office and who was at home, so we kept doing video calls regardless of whether the person on the other end was across the country or across the hall. All the calls blurred together. I barely paid attention to my calendar. If a meeting notification popped up, I clicked on it. When another notification came up, I clicked on that. The person whose face appeared on the screen after I connected could be just about anyone, but it was surprising the first time I clicked a meeting link and the person I saw there was me.

I assumed I must be early to the call and the system was showing my camera-view while waiting for someone else to join. Then, I realized the person I was looking at was not a mirror image of myself. I was in the office, but the image showed me at home. The me on the screen was wearing a different shirt than the one I had on. I was in a virtual meeting with someone who looked like me but was not me. This was disconcerting.

“I wanted to touch base,” said the me on the screen who was not really me.

I let out a panicked squeak and closed the meeting window. I rushed down the hall to my boss’s office. He was casually sipping a smoothie while scrolling through his email.

“I need to go home,” I told him.

“Today is your in-the-office day. We can’t have people switching days willy-nilly. Won’t whatever it is wait until tomorrow?”

“I think someone broke into my house. I was just on a video call with them. They are in my house pretending to be me.”

“They are you. Sort of.”

“What?”

“It’s part of the new hybrid work arrangement. We realized that with a hybrid schedule your home workspace isn’t in use when you are in the office and your office workspace isn’t in use when you are home. It’s very inefficient. Luckily, we found a way to maximize the available resources. We simply split your soul from your body, so part of you could be in each place at the same time. Neither workspace sits empty, and twice the work can be done. It’s a win-win.”

“Which part am I? The body or the soul?”

“Employee health records are confidential. You’ll have to ask Human Resources. Now, if you don’t mind, I have work to do.”

Disoriented, I shuffled back to my cubicle. As I passed other desks, I noticed many of my co-workers were on video calls with other versions of themselves as well. When I arrived at my workspace I sat down, took a deep breath, and called myself back.

Talking to myself was not as strange as I expected. The two of us think the same way and agree about everything, so we work well together. Perhaps management was onto something. After a few days it became routine, talking to him at home when I was in the office and talking to him in the office when I was at home. It only got weird again when I noticed the bandages. His arms were covered with them. I asked what happened.

“Don’t you remember?” he asked.

What I remembered was a recurring nightmare I’d been having. In it I was cutting myself and sucking the blood out of the wounds, but it wasn’t really my own body. It was a copy of me. And the copy of me was simultaneously cutting me and drinking my blood like I was to him. Realizing it may not have been a dream, I rolled up my sleeve. I saw my own arm was bandaged like his.

“Why did we do this?”

“We feed off each other. It’s how we stay connected. At least that’s how it started. The sensation can be a bit addictive.”

I watched as my doppelganger cut a stripe on his arm and sucked on the warm red liquid oozing from it. Even though I was repulsed by what I was seeing, I felt myself salivating.

This was insane. I disconnected from the call with my bloodthirsty twin and went to talk to my boss again. Seeing him drinking one of his ever-present dark red smoothies gave me a disturbing realization.

“Is that…blood?”

“It’s a blend.”

“A blend of what?”

“My blood, the blood of some well-vetted donors, and pomegranate juice.”

“Oh,” I said.

I wanted to be disgusted by my boss’s concoction, but what I felt was hungry. I went to the restroom and hid in one of the stalls. I was having a mild panic attack, sweating and breathing heavily. I needed something to calm me down, and I was afraid I knew what would work.

I pulled off one of the bandages on my arm. The cut beneath it was freshly scabbed. I used the pen knife on my keychain to reopen a small slit at one end of the wound. I squeezed my skin until a drop of blood emerged. I inhaled, trying to block out the acrid smell of disinfectants and urinal cakes to focus on my own sanguine scent. Then, I licked it.

I liked it. The warm metallic ooze tingled on my tongue, but I had cut too timidly. The few drops from my tiny incision were not enough to satiate my newly realized bloodlust. I prepared to enlarge the wound but stopped because I heard something. Someone was moving in another stall. I was not alone in the restroom. Then, I heard slurping. Not only wasn’t I alone in the restroom, I wasn’t alone in what I was doing there. With my panic eased by this strange sense of comradery, I continued to feed.

Those were the early days. We soon stopped hiding our bloodletting once we realized we were all doing it. Now people exsanguinate at their desks or sitting beside each other at the long tables in the cafeteria. Our insurance even started covering the medical tubes you can get put in your arm so you can open the valve and suck the blood through like a straw without having to constantly cut yourself. Some people still prefer the cutting.

There were some employees, of course, who weren’t comfortable with this “new normal” and quit. I’m not sure where they expected to get other jobs though. Everything that’s happening here is rapidly becoming industry best practice. All the best places do it.

I stayed, but I won’t say I love the arrangement. Between me and the other me, we are doing twice the work I used to do alone. Despite being split in two, I feel every minute of my double-loaded workweek. I’m exhausted. My twin is too. We are literally sucking the life out of each other.

My boss asked me to help interview candidates to fill the roles of people who left. The woman I liked best didn’t have much experience, but I believe it’s important to give people an opportunity to grow. Besides, she was wearing a short-sleeve shirt during the interview, and I could see she has good veins. She’ll be a great fit. My twin agrees.

I never asked HR if I’m the body part of me or the soul part. I have my suspicions, but I think it’s better not to know.

~

Bio:

Kim Z. Dale is a writer and resiliency manager in Chicago, Illinois, USA. Her science-fiction and horror stories have been published in Nightmare Sky from Death Knell Press, GrimDark2 from Black Hare Press, and After Dinner Conversation magazine. Her other writing has been published in anthologies from Belt Publishing, O’Reilly Media, Kendall Hunt Publishing, Aschehoug Undervisning, and Helbling.

Philosophy Note:

What happens when a part of us never disconnects from work? Will we eat ourselves alive? In “Care and Feeding of a Hybrid Workforce,” corporations deploy dark technology that fully blurs the lines between work and home in the name of increased productivity. This story was inspired by my time as a return to office project planner in the wake of the COVID-19 pandemic. (It does not reflect any policies or technologies used by my employer!)

Fiction

Frame Rate

by Mike Jack Stoumbos

For months, the hardest part of the experiment had been reminding myself that I had time.

Not the trudging up the hills and 1.4 gravity while the spongy soil slowly gave way. Not the isolation, and certainly not the technology. I’d been left with ample survival and research supplies, including a 3D printer with miles of compatible dead vegetation to reconstitute.

No, the biggest hardship of a solo study on planet G-84127 was waiting and watching day after day, without throwing in the towel out of impatience.

That is until my time here ran out. A terse digital message informed me a scout ship had reentered the system, and I had less than one standard day, the human-centric 24 hours, before the fleet gave orders to harvest.

So, that morning, I hurried into my workboots, saving time by bypassing the environmental suit, trusting the many scans that ruled out toxins, carcinogens, or even airborne bacteria on G-84127. The single-celled organisms were amusingly too large and dense to get into the air or our lungs.

The macroflora, with their thick cell walls and long-winded reproductive cycles, had drawn survey teams here in the first place. They were what kept me on-site for extended study and inevitably what would bring the fleet back to harvest. Samples pulled from dead specimens littered my lab, which sunk a little deeper and tilted a little steeper each day, despite the exterior supports.

The lean was extreme enough that I’d ditched the tables and set the expensive equipment on the floor weeks ago. State-of-the-science devices, used to observe teeny, tiny life, now collecting dust as I stepped over them toward the door.

The only really high-tech piece I still used was the 3D printer, which had finished yet another post topped with a sign, made entirely from local vegetation.

My newest sign split into eight prongs, like blunted tines on an aggressive fork, and was scheduled for Site F. There was no audience to complain to about the long walk. The sign, despite being made of lightweight reconstituted vegetation, was taller than me and a huge burden in high gravity. It had already slid to the wall since being printed, courtesy of the tilted lab.

Outside, the semi-elastic ground had smoothed itself, erasing my former footprints. The southeast corner looked a few centimeters lower. The whole thing might have been swallowed if not propped up by two of the snakelike trees that wrapped around the corners and held it in place.

I nodded to those curving pillars as if they could see me. In their own way, maybe they could.

The snake trees weren’t the biggest flora here, but they were the most fascinating. On a planet with exactly zero complex fauna, you take what you can get from the most interesting trees. They lined all paths from the exterior door, in rows, almost as if I had planted them.

With each step, I was torn between pausing to examine any minute changes and pressing forward to my objective. Today, the latter won out.

I touched several with my free hand while I went, like high-fiving a reception line. When you’re by yourself on a distant planet, you find companionship anywhere, enough to make you question your sanity and doubt your senses. I had been resistant to calling the patterns in the snake trees’ branches deliberate, but even in the early days, I saw one that ended in a slab with five protrusions and called it a hand; even today, I gave it a slow wave as I passed by.

Not that the tree waved back. They moved too slowly to even sway in the minimal breeze, but they did grow and shift fast enough for me to observe when very, very patient and very, very still.

“An inch an hour,” I muttered to myself. Glacial speed, the kind that made you want to punch anyone who said, “Like watching paint dry.” But with the right time lapse recording, set to the right frame rate, those trees practically danced. I bet that’s how they perceived themselves.

The sign dragging behind me, hooked under one elbow, was not nearly as thick or tall as a real snake tree, but the basic shape of the prongs seemed a close facsimile on a smaller scale. I hoped they agreed. Each belabored step trudging up and down each hill was motivated by that hope.

I had been planting signs on the crests of hills, where snake trees didn’t grow on their own, but where signs could clearly be seen—that is before a forest started growing around my lab and pathways.

I’d labeled the three closest hills Sites A, B, and C, and more letters continued as the hill spiral grew further outward.

Today, I passed B on my way to F—an encouraging sight, even if I didn’t stop and stare.

Site B stood as the first observable success in communication. My 3D printing had been clunkier then, just geometric shapes mounted on posts and stuck into the ground. But the surrounding snake trees imitated those shapes. It had taken more than 10 standard days for them to mirror, slowly moving, bending, splitting when they needed to.

However, imitation was not yet intelligence. “Trees see, tree do,” while fascinating, did not hold a fleet of harvesters.

“Imitation, recognition, application, synthesis,” I reminded myself. If they only imitated, the shape game would remain an amusing anecdote while the powers-that-be reaped a planet deemed devoid of complex intelligent life.

Maybe if we had given G-84127 a convenient pet name, maybe if we had mis-classified snake trees as animals instead of plants, maybe if we had petitioned a preservation society sooner. Not new thoughts, not helpful. Putting pressure on Site F was hardly helpful, but it felt like my last hope—correction: the trees’ last hope. I’d just be assigned to another planet; they’d be harvested to extinction.

At Site A, a convenient, nearby cluster, I had tried to get them to imitate my movements, but I clearly moved too fast. At Site C, I tried lights; D, sounds. E sank, literally, into the dirt before imitation had occurred, much less understanding. And F… I’d shove another sign into hill F, but I knew there wouldn’t be enough time for them to respond before the go order.

I was sure by now that they responded, certain of the imitation, but no more than I would be of a Venus fly trap’s intelligence. And the responses were so slow. The snake trees on this heavy sponge of a planet went way beyond even the Ents of Lord of the Rings, who made it seem like a few lost minutes to communicate a sentence was a long time. Amateurs.

I wondered if I’d miss my trees’ sounds, the muted groaning and shifting. It was like nothing ever fell down on this planet, just sank or slowly stretched. Even now, I wondered if the trees could even perceive my footsteps, or if those went by too fast, like me watching for individual beats of a hummingbird’s wings. To know something exists but not quite be able to perceive it or interact with it…

Site F had a steeper incline, and I used my eight-pronged sign as a walking staff, fighting against the sinking earth. I grunted and panted my way to the top of the hill, where five more printed signs already stood in place. I’d started the pattern of increasing prongs with one, then another one, then two, three, and five. The start of the Fibonacci sequence, to be followed by eight. With enough time, I would have added thirteen.

I saw my earlier signs first, before cresting the hill to see the trees themselves, lined up in a row to copy what I’d put in place.

But I didn’t get a chance to install the next number in the sequence.

Instead, I fell to my knees, letting the eight-pronged sign drop with a dull thud.

The trees, for once, had beaten me to it. Standing proudly on the other side of the hill their prongs numbered one, one, two, three, five—but didn’t stop there.

The next tree had split into eight bold branches. Its neighbor had begun to unfurl thirteen. And another, only a meter high, had the tiniest buds haloing out from its upper stump. I had to get closer to count them, so I scrambled to my feet and gleefully numbered them all the way up to twenty-one.

Intelligence! Beyond mere imitation, they showed understanding of a pattern, application, and synthesis. Number sense, mathematical acumen.

For the first time, I knew for certain I wasn’t truly alone on this planet. The weight of the sign left behind me, I ran down the hill toward my lab, to call the fleet. That conversation would take minutes but change the fate of this planet. The ongoing conversation with the snake trees would last years.

I had time.

~

Bio:

Mike Jack Stoumbos is an author and educator, living with his wife and their parrot in Richmond, VA. He is best known as a 1st-place winner of the Writers of the Future contest and for his space opera novel series This Fine Crew. His short fiction appears in collections from Zombies Need Brains, WordFire Press, and Inkd Pub, among others, and he is the lead anthology editor of WonderBird Press.

Philosophy Note:

As a licensed and experienced teacher of both English composition and mathematics, I have spent years exploring the academic side of communication and knowledge transfer–but I can only explore so many what-ifs with my human students. “Frame Rate” gave me an opportunity to question the nature of intelligent communication with beings whose differing perceptions would make most interaction impossible or at least unnoticeable. In this story, I used a truncated rendition of the stages of learning (imitation, recognition, application, synthesis) and applied them to communication.

Fiction

The Soul Hypothesis

by Robert L. Jones III

Almost silently, the hover train whisks to a stop on its magnetic rails. I’m not the only one scanning this crowd for targets. Professionals all over the country work this and other transportation hubs, and now my attention is drawn to a blonde woman disembarking with the other passengers.

Not every woman who looks like her is what I’m looking for, but few women look like her. This one is carrying a small travel case and nothing else, another clue. As I watch her, I can’t imagine anyone being closer to physical perfection. Her blonde hair is tied back, revealing a lean, exquisitely shaped face, and her dark blue dress can’t hide a figure of what many would consider ideal proportions. Her shoes are low-heeled, soft-soled, and designed for ease of movement.

Our eyes meet from across the seething throng on the platform. Though I’m a stranger, she doesn’t look away, and her face is as expressionless as mine as we slowly close the distance between us. I know her type. She’s an amoral sociopath, but that isn’t the reason for her blank, unapologetic stare. I’ve seen this look many times. She’s ovulating, and she wants to mate. Displaying a flat affect and keeping my hands in plain view at my sides, I maintain the deception for as long as I can. I need to get as close as possible. I know she could break me in half, probably kill me with her thumb.

Now we’re almost close enough to touch, and we stop our mutual advance. Her head cocks slightly to one side — a definite, almost reflexive tell — as she assesses me, and I reciprocate. It always takes them longer to examine a person because they don’t read the subtleties of character very easily. This isn’t due to neurodivergence or a structural abnormality; her brain scan would appear normal.

Now is the tantalizing moment when success is imminent, when temptation and danger are at their highest pitch. I’m only human. Unlike her, I can be attracted to something which threatens my survival. She finally sees what I’m trying to hide, something beyond her comprehension, and instinctive fear animates her features. She’s a synthete. Though I occasionally have my doubts, current dogma says that I possess what she lacks: a nonmaterial soul.

#

The goal was the creation of the first human beings from inorganic chemicals. It was to be the triumph of chemistry and reductionism, the final proof that mind is nothing more than body. Such a grand objective awaited developments on five fronts: first, a more thorough understanding of the human genome and how it operates within the context of chromosomal and cellular structure; second, whole body three-dimensional imaging at the atomic level of resolution for constructing initial templates; third, reliable methods of altering genes without negative side effects; fourth, sufficiently advanced chemosynthetic technology to build from the revised templates; and fifth, artificial intelligence sophisticated enough to coordinate all of the parameters.

It was less than straightforward — far less. The chief obstacle once these developments were in place was the nanosecond timing required to assemble and activate functioning bodies before molecular decay could set in, and this was particularly crucial for the viability of the nervous system. It was the literal creation of life from nonlife, an artificial abiogenesis. It could only be achieved instrumentally under the control of superior AI because the quickest human reaction times were far too slow, the most coordinated human dexterity too imprecise.

Adult male and female synthetes were constructed simultaneously, activated, and evaluated. Their vital signs were normal — actually better than normal — but predictably, the nascent individuals were deficient in a number of physical and psychological functions. They required education and training. Over the long term of this process, a number of things became obvious. The synthetes were extremely powerful and had the capacity for developing great coordination and dexterity. They were highly intelligent and could learn language skills. All of these attainments came with difficulty yet astonishing rapidity, but the grand experiment failed to fulfill its primary objective. The soul hypothesis has remained viable for lack of definitive contradiction.

Through extensive analyses of cognitive function, key deficiencies have come to light. The synthetes are uncommonly good at logical problem-solving on a concrete level, but they are unable to perform subjective abstractions of anything more than an elementary nature. They show no signs of metacognition — the ability to think about thinking — which supposedly is a defining characteristic of humanity with respect to other animal species. The general assumption is that synthetes are organic, stimulus-response machines, adept at mathematics, technology, and various physical skills.

It does not appear that synthetes will ever write great poems, philosophical works, plays, or novels. To date, they have shown no interest in doing so. They have no concept of God or immortality, but like us, they have a strong instinct for survival. While excellent forgers, they are rudimentary, if not simplistic, in the creation of original art. They are similar to computers in that they can compose music of a complex but rather sterile quality, and this makes sense owing to the underlying mathematical principles of music.

I am aware that artificial intelligence systems can fool people. They can beat them at complicated games like chess. They can simulate literature, art, and music. They can learn. In short, they demonstrate many functions once considered the sole province of humanity, but such AI systems are programmed by entire teams of highly intelligent scientists who consult with specialists in the fields being imitated. By contrast, each synthete must think more autonomously.

None of the reported limitations stopped researchers from taking the next obvious steps. Citing economic and military demand for expendable soldiers and workers, they obtained industrial backing, created more synthetes of desirable genetic variation, and taught them sexual behavior in order to generate an independently reproducing population. Now that this population is with us, however, we have noticed some disturbing social traits.

Their simulation of morality is based on mutual selfishness. They exhibit little emotion or empathy, mainly pragmatic altruism. In their dealings with us and with each other, they operate strictly according to a sense of social contract. They are everything social evolutionary theory says we are, and this paradoxically makes them different from us. This, however, is not their most threatening trait.

It has become evident that the synthetes are trying to out-reproduce us until they no longer need to practice civil restraint in their dealings with the rest of humanity. Unfettered by love, loyalty, monogamy, or personal preference, they mate and give birth as often as is physically possible, and they display an instinctive aversion to mating with any but their own kind. The discovery of their reproductive threat to our existence has prompted a series of legislative proposals and actions.

The first measure on which a majority could agree was that of excluding synthetes from positions in law enforcement and military service. Affording them those authorities and capabilities was deemed unjustifiably hazardous. Hardliners demanded total eradication, but the more rational claimed that such a violation of the social contract would drive the synthetes toward adopting extreme measures. The decision was made to confine them in preserves and limit their access to raw materials in the hope that logic and pragmatism would prevent their population from growing beyond what their prescribed range can support.

Before their confinement, the synthetes learned to reproduce our technology, but we limit their use of it to cable-based networks disconnected from the worldwide web. Jamming Wi-fi and satellite signals further enforces this edict. As another security measure, the preserves have a totally different monetary system from ours. We also prohibit providing them with materials requisite for the production of sophisticated weapons. These measures are effective, or so we think.

Despite the restrictions, a majority of the public consider this a generous policy. The preserves are spacious — complete with farms and cities — and periodic air drops provide them with products necessary for sustaining a good physical quality of life. In the perception of the captives, however, this isn’t enough. Their strategy of reproductive dominance demands more space, greater mobility.

That’s where agents like me come into play. The synthetes never stop trying to live and reproduce outside the preserves, thus circumventing physical limitations on their growth in numbers, and they are masters of escape. But for our efforts, physical superiority and ingenuity at counterfeiting currency and forging documentation would enable several of them to enter into general society each year. Once embedded, they would have access to the internet, and then they would be able to hack their false identities into national databases. Therefore, we must detect, capture, and return them. We comfort ourselves by believing that our success rate is one-hundred percent.

It’s not that I’m free of conflict in my duties as a federal agent, but it has to be done. Does that make it right? We profile and restrict them for being what we, for lack of foresight, created them to be. We performed the grand series of experiments, and its products are our responsibility. Our solution is problematic and morally ambiguous, but it’s humane — if only they didn’t resemble us so closely.

If synthetes are subhuman or inhuman, how are we to regard and treat fellow humans of limited or absent cognitive functions? The same question applies to victims of strokes and traumatic brain injuries. Are certain mental functions all that make us human? How do we define ourselves, and where do we draw the line? Should we draw it at all? If survival is our justification, as who or what should we wish to continue existing?

Maybe our current efforts are moot, for I fear they are temporary at best. One of the characteristics of speciation is reproductive isolation, and geographic separation, however maintained, can further accelerate evolutionary change. Into what might our created offspring evolve within those preserves? Will their adaptations someday exceed our responsive capabilities? Ironically, we might be enforcing the conditions that will culminate in our extinction.

#

I’ve been made. That I was impersonating male synthete behavior has revealed my profession. With extraordinary quickness she turns to run, but I pull the tracer gun from my coat pocket and tag her with a microtransmitter too small and too deeply buried for her to remove. A second later, she would have evaded me, lost to our tracking devices. I’ve done my part, and the capture crew will do the rest. They’ll place her in the nearest preserve.

I’d hate to admit how many times I’m tempted each day to go through with the ruse for the sake of mere pleasure, to exchange ethics for physical perfection, but then I remind myself of the danger posed by intimate proximity. If I compromise myself, if a female synthete makes me — and they all have, so far — and if she allows reproductive instinct to supplant pragmatic restraint, I’ll be dead before I can react.

Without ideals, without a higher life of the mind, I’d be little more than an animal. After all, I suppose I have a soul, and I should exist for more than physical gratification. I keep telling myself that my lifetime companion, my soul mate, is out there and that she’s a specimen of imperfect humanity.

~

Bio:

Robert L. Jones III holds a Ph. D. in Molecular Biology from Indiana University, and he is Professor Emeritus of Biology at Cottey College in southwestern Missouri, where he and his wife currently reside. He is interested in science fiction and fantasy with philosophical and theological themes. His work has appeared previously in Sci Phi Journal, The Magazine of Fantasy and Science Fiction, Heart of Flesh Literary Journal, and Star*Line.

Philosophy Note:

E. O. Wilson and Michael Ruse, among others, championed the assertion that morality is a by-product of natural selection. I have imagined a world in which human bodies formed by advanced chemosynthesis display the behavioral traits consistent with such an assertion, and I have used this as an opportunity to ask what makes us human and whether we have non-material souls.

Fiction

A True Martian Red: A Brief History Of Early Viticulture On Mars

by Kara Race-Moore

During the Martian Robotic Period, soil samples were studied intensely back on Earth, both for any signs of extraterrestrial life and, just as importantly, to see if the Martian soil would support the terrestrial kind.[1] Initial analyses were hotly debated over, with decades of argument in the scientific community over the methane issue, but there were no definitive signs of Martian life.[2] As the debate roared on, the rovers continued to placidly dig into the red dirt, and analyses continued back on Earth.[3] There were promising results for the possibility of being able to grow Terran crops.[4] Scientists were optimistic, well before humans set foot on the planet, that Red Mars could soon become Green Mars, with just a little human ingenuity.[5]

The hubris of our species knows no bounds, and it would be several catastrophic failures before the farms of Mars became an established part of the landscape. While Dr. Calvin “First Step” FitzSimmons, first human to set foot on Mars, also claimed the title of Mars’s first farmer, it would be several generations before farming was anyone’s sole occupation, instead of being one of many hats any given colonist would wear.[6]

When the Pegasus landed on Sinai Planum, just south of the Valles Marineris, bringing the first humans to Mars, the ship also brought seeds, plants, and the first alcohol on the planet, a bottle of champagne that was the result of years of research, design and experimentation to ensure it would survive the flight, specifically packed to be part of the landing celebrations.[7]

At this point, consuming or creating alcohol on Mars was considered a waste of resources by the designers, a waste of money by the politicians, and morally dubious by the public, and so, besides that first bottle of champagne, alcohol was strictly prohibited.[8]

There are a few tantalizing hints in the primary documents from that time period of illegal stills being set up by the Original Seven. However, the only verified alcohol during the first years were the occasional bottles of hard liquors such as whiskey and vodka brought to Mars as part of goodwill and PR moves to satisfy various sponsoring countries and corporations.[9] Wine would have to wait.

One of the most important features of Mars One was the plants. There were two main agriculture areas to the primary layout: the Greenhouse, where most of the carefully controlled botany studies and experiments took place, and the Garden, where there was less focus on scientific study and more on just growing as much plant life as possible for food, oxygen, and a place for the Original Seven to sit and relax.[10] Years later, surviving members would all speak of “hanging out” together in the Garden, or even just meditating there alone, as their favorite place in the initial Mars One habitat.[11]

Grapes would be forced to “wait their turn” while experiments in growing vegetation deemed more important were performed. Tomatoes, quinoa, peas, duckweed and radishes, all chosen for sustainability, were part of the first Martian crops.[12] The first grapes would eventually be planted as a passion project by Dr. Theresa Cortez.

Dr. Cortez first came to Mars as a starry-eyed young botanist, with the ink still wet on her PhD from Stanford and a few precious cuttings from Napa.[13] The Mexican-American native Californian thought she knew a thing or two about growing gardens in deserts. She had no idea. She came to Mars as part of the Ark Project, the voyage that brought the first large group of people, including families, that expanded Mars One from just a research base to the beginning of a true settlement.[14] Dr. Cortez arrived determined to start the first Martian full-scale vineyards.

Unfortunately, politics got in the way, as they so often do.

Almost all experiments and research were placed on hold when Mars-born colonist Navya “Not Dead” Patel discovered a lichen-like Martian life form, quickly dubbed the Mars Moss, growing deep in the canyons of Mars.[15] The excitement of finding extraterrestrial life had barely begun to settle down when the extraordinary medicinal properties of the Mars Moss were discovered after the oldest of the still living Original Seven, Dr. Katenka “Iron Foot” Mikhaylova, experimented on herself and cured her Stage-4 cancer.[16] Suddenly, Mars wasn’t just a feel-good science project for political PR anymore – it had real cash potential.[17] The Mars colonists were suddenly in the awkward position of being in the way of Earth making big profits.

All occupants of Mars were informed they would be either be conscripted to harvest all the Mars Moss to be sent back to Earth for the profit of the corporations that had invested in the colony, or they would find themselves removed to Earth.[18] The Martians declined to cooperate, to put it mildly.

During the Grand Evacuation, as it was later called, Dr. Cortez was able to save most of her grapevines and bring them with her to the Labyrinth Base.[19] However, the Greenhouse and the Garden, along with the rest of all of the now much-expanded Mars One habitat, were destroyed in the Battle to Breathe that kicked off the Martian War for Independence, when Anne Kennedy made the radical decision to blow up the evacuated Mars One, rather than let it fall into hostile corporate hands.

It was a tense few days as people on both planets reeled at what had happened, and many wondered if that would be the worst of it. However, after a tense standoff at the location of the then only known site of the Mars Moss, the Battle of Hephaestus took place, and there would be no going back to being a colony, ever, under any terms.[20] The Colonial Period was over, and the war would drag on for five painful years, until the Martian Peace Accords were signed on Xiwangmu Station, ending hostilities and formally recognizing the newly created Republic of Mars.[21]

During the war, water rationing was the highest priority, especially after the Earth forces deliberately destroyed the Martian Arctic Pipeline in what would ultimately be a failed effort to try and break the Martian forces. President Kennedy was forced to order severe rationing, but the Martians grimly fought on for the right to live on their planet.[22] A new emergency pipeline was set up. Dr. Cortez ran the hydroponics gardens and assisted with the mushroom farm to help keep everyone fed throughout the war, but she always managed to make time for her grapevines, often giving them part of her own water ration.[23]

After the war, transporting her vines to a garden in the newly built Independence City was Dr. Cortez’s first order of business as the former colonists began the setup of what would be the capital of their new republic.[24] It wasn’t quite a vineyard, but Dr. Cortez, now Secretary of Agriculture in the new government, was able to serve fresh grapes at meetings as she planned out how their brand new country was going to take up the plow, now that they could put down the scythe.[25]

Mars was now in the era of the Early Republic, known for its boom in infrastructure, immigration, and industry. While not quite a second Wild West, (gun play would be suicide in an artificial atmosphere), there was certainly a general attitude of anything being possible. Including, finally, making the first Martian wine.

The most important factor in making the Martian agricultural industry rise was a need for water. Once the war was over, one of the largest public works projects was the Martian Global Aqueduct system.[26] The Martian canals of Schiaparelli’s imagination became a reality.[27] The main engineer on the project, Lynette Yellowhammer, oversaw the construction of an aqueduct system on a scale that would have made the Romans jealous. President Kennedy awarded Yellowhammer the prestigious Hero of the Republic medal as one of her last acts before her final term finished.[28] Water was now available on Mars in quantities never before seen during human presence. Agriculture on an industrial scale could begin. Dr. Cortez’s vision of rows and rows of grapevines were tantalizing close to coming true. But where to set up these vineyards up? The answer – Elysium.

The town of Elysium had started out as a simple maintenance outpost along the original main water pipeline from the arctic, close to the northern base of Olympus Mons. The outpost had originally been scheduled to be built on Elysium Mons, but that area had proved unstable, so the project was moved to Olympus Mons. However, the pre-fab building materials were already 3D printed out and labeled ‘Elysium,’ and the name stuck.[29] The now-town of Elysium was booming with agricultural industry as the republic began to grow. Cereal crops were vital to Martian independence, and the first grain crops grown in the domed fields outside Elysium were being turned into loaves of bread by the time of the first anniversary of the Martian Peace Accords.[30] If people were going to experiment with vineyards anywhere, the slopes of the biggest volcano in the solar system held enticing promise.[31]

Volcanoes create fertile, mineral-rich soils, and volcanic wines have a distinctive, sought-after profile that “leans toward the savory, with herbal notes and touches of salt and brine.”[32] Olympus Mons is an extinct volcano, so no danger of pyroclastic surges, but for setting up crop fields, it lacked many of the factors taken for granted back on Earth in terms of atmosphere and climate.[33] However, with all the tempting chemical analyses coming in from the Olympic soil, Dr. Cortez and others were eager to try.

Everyone went into the project knowing it would be several years before bottles could be on shelves for sale, and, to help offset costs, the vineyard agreed to be part of the newly founded University of Elysium, the winery acting as a classroom for biology and chemistry students. Quite a few of the students, so fascinated by the almost alchemical process that turned grapes into wine, returned later after graduation as employees.[34]

But it wasn’t just scientists that were needed. Farmers with specialized training and experience in tending vineyards were a necessity. Grapes, especially if you want them to become not only wine, but specific types of wine, need careful tending every step of the way. Grapevines are particularly sensitive to soil types, moisture amounts, sunlight, temperatures, and need constant monitoring.[35] Dr. Cortez reached out to contacts she had maintained Back Earth, despite the war, and sent the call out that she needed viticulturists willing to try something completely new. Despite many in the wine industry scoffing at the idea, there were plenty of farmers willing to immigrate to help create the first vineyard of Mars.[36]

As Dr. Cortez oversaw construction of domed vineyards on the slopes of Olympus Mons, greedy eyes Back Earth turned on the fields of Mars and saw a chance for quick profits. Land was cheap in the days of the Early Republic, especially in the flatlands far away from the safety offered by the mountains and canyons.[37]

Soon, bottles of Mars blown glass were ready for sale holding vintages of every color, from clear platinum to deepest purple. Interest was high and neither the first tasting nor sales disappointed.[38] Elysium blossomed from an industrial park to a true city, and on top of Olympus Mons, the space dock expanded rapidly as Earth got word of the goods being made on Mars, and wanted to start importing.[39] The Mars economy boomed, in small part because Dr. Cortez and people like her had proved humans could not only survive but thrive on the Red Planet.

[1] Soffen, G. A., and C. W. Snyder, “First Viking Mission to Mars,” Science, (August, 1976) 759–766.

[2] Matsos, H., “A High-Octane Fight: How the Mars Methane Debate is Splitting the Scientific Community,” Popular Mechanics (June, 2024) 161–168.

[3] Jezero, Carla, “Run by Robots: Mars exploration before humans,” Astrobiology Magazine, (July, 2208) 456.

[4] Singh, Pryia, “And Curiosity Brought It Back: a soil analysis from the samples obtained by the Curiosity rover, 2012 – 2032,” Smithsonian Journal (April, 2033) 278-291.

[5] To learn about the fascinating history and current progress of terraforming Mars, please check out the permanent terraforming exhibit at the Museum of Science in Schiaparelli City.

[6] FitzSimmons, Calvin, Well, I’m Here: The Autobiography of A First Step, (Dublin: Hachette Books Ireland, 2110), 156.

[7] Perreault, M.A., “Countdown to Mars!” Time Magazine (June 10, 2042), 8–10.

[8] Lloyd, Omar, Life Onboard the Pegasus, (San Francisco: Twain Publications, 2103), 200. For more on the history of extraterrestrial Champagne, see Megan Chantilly’s excellent history: Drinking Starlight: A History of Champagne in the 21st Century.

[9] The vodka Dr. Mikhaylova received from Russia and the whiskey Dr. FitzSimmons received from Ireland are well documented. Any illegal stills were firmly denied by all of the Original Seven.

[10] Cole, Jillian and Tanaka, Marie, Daily Life in Mars One, (New York: Random House, 2182), 46-52.

[11] Ibid, 78-86.

[12] Goodwin, Cheryl, Welcome to the Red Planet: The Early Years of Mars One, (New York: Penguin, 2099), 67-68. For more on Colonial Martian food, see Founding Food: Early Martian Cuisine by Miriam Eberbach.

[13] Hernandez, Felecia, The Gardener of Mars: The Story of Dr. Theresa Cortez, (Los Angeles: McGraw Hill, 2098), 24-25.

[14] Talbot-Godfry, Christopher, All Abroad! The First Family Migration to Mars, (Independence City: Red Rock Publishers, 2168), 36.

[15] Carlingford-Psmith, Nigel, “Plant Life Discovered on Mars,” BBC News, (June 24, 2078).

[16] McKinnon, Ace, “Drinking the Alien: Dr. Mikhaylova and the against all odds gamble,” Psychology Today, (September 23, 2078), 124-125.

[17] Papadopoulos, Viktor, “Trillion Dollar Pay Day? The possible financial impact of the cancer cure found on Mars,” The Economist, (August 4, 2078), 9.

[18] Volkova, Sarah, Ares and Aphrodite: How Peace Turned to War on Mars, (Boston: Houghton Mifflin, 2187), 77-86.

[19] Dr. Cortez was one of the adults assigned to supervise the “kid train,” the convoy of rover-trucks mostly filled with the children and goats of Mars. She later commented that keeping kids of either species from eating her plants was the biggest victory of the war.

[20] O’Brian, Bridget, Battle for a Republic: The Battles of the Martian War for Independence, (Independence City: FitzSimmons University Press, 2204), 32-36.

[21] The Martian delegation brought a beautiful bouquet of many flowers and a basket of fresh fruits and vegetables, all grown in the Vavilov hydroponic gardens, rather rubbing it in that they were both surviving and thriving throughout the war. It is unrecorded if the Earth delegation accepted the gift.

[22] DiNapoli, Sofia, Madame President: A New Biography of Anne Kennedy, (Schiaparelli City: Noble Books, 2211), 142-149.

[23] Cortex, Therese, The Journal of Dr. Therese Cortez, with a new Foreword by Dr. De Soto, (Elysium: Elysium University Press, 2161), 246, 259, 299, 342.

[24] Serra, Juana, The First Hundred Days: The First Steps of the Republic of Mars, (Palo Alto: Stanford University Press, 2201), 156-158.

[25] Hernandez, The Gardener of Mars: The Story of Dr. Theresa Cortez, 148-156.

[26] Llano, Henry, Building the Future: Architecture of the Early Martian Republic, (Chicago: University of Chicago Press, 2160), 121.

[27] Nelson-Carre, Marie, Water on Mars, (New York: Oxford University Press, 2186), 89-94.

[28] Beauvais, Anik, Fly like Raven: A History of Native Americans on Mars, (Montreal: McGill-Queen’s University Press, 2182), 46-52.

[29] Woo, Seung-yeon, All Along the Watchtower: The Creation of the Great Arctic Pipeline, (Schiaparelli City: Noble Books, 2211), 41-43.

[30] Mizrahi, Jakob. The Bread Planet: A New History of Baking on Mars, (New Tbilisi: Gold Quill Books, 2138), 76-78.

[31] The Tūtū Pele Vineyard, just north of New Tbilisi, has an excellent tour of the process of using volcanic soil to produced wonderful vines. Stay for the tasting afterwards and make sure to try their Riesling.

[32] Robinson, W., Vines, Grapes & Wines, (12^th Ed.) (New York: Simon and Schuster, 2143), 213-215.

[33] Carr, Michael H., “Volcanism on Mars,” Journal of Geophysical Research, (1973), 4049-4062.

[34] Arnoux, Pierre-Claude, “Elysium Fields Forever: A Study of the Vineyards of Mons Olympus,” Sommelier Journal, (January 24, 2182), 279-280.

[35] Roberts-Byrd, Laurel, ed., The Oxford Companion to Wine (40th Ed.), (Oxford: Oxford University Press, 2199), 389-392.

[36] Nguyen, An, “The First Green Wave: Early Migrations of Agricultural Workers to the Republic of Mars,” Journal of Immigrant & Refugee Studies, Volume 40, issue 4 (2201), 553–554.

[37] Nikoladze, Marius, “Wide Red Acres: Real Estate Development During the Early Republic,” Mars Historical Society, Vol. 50, No. 4 (Dec., 2271), 395-403.

[38] Serra, Eulalia, Science/Art: The Making of the Best Wines of the 22nd Century, (Palo Alto: Standford University Press, 2212), 548-556.

[39] Peppercorn, Jared, “From Red to Black: The Economic Boom of the Lloyds Administration,” Mars Historical Society, Vol. 48, No. 40 (Nov., 2168), 495-507.

~

Bio:

Kara Race-Moore studied history at Simmons College as an excuse to read about the soap opera lives of British royals. She worked in educational publishing, casting the molds for future generations’ minds, but has since moved into the more civilized world of litigation. She currently lives in Los Angeles, the land where fact and fiction tend to blur.

Philosophy Note:

The history of humans on Mars is filled with tales of exploration, discovery and war – but it is also the story of making tiny seeds grow, and coaxing the red soil to produce something green. This is the story of the viticulturists who brought wine-making to Mars, daring to keep the art going, in the face of all obstacles. For further reading, many of the books cited are real.

Fiction

Celestial Being 01 Commission: Initial Findings Report

by Luke Brown

(Confidential: For Supreme Pontiff Only)

To: His Holiness Pope Victor IV

10 August 2047

From: Celestial Being 01 Commission

Subject: Initial Findings Report

The PSS Elijah has made initial contact with Celestial Being 01 (CB01). Our route took us just past the orbital range of Neptune before arcing back to be in a parallel course to CB01. According to CB01’s trajectory and speed, it is confirmed to be taking a direct route towards Earth, projected to be within the Moon’s orbit in thirty-two months. We remain at what we assess is a safe distance, using our remote probes for most of the observations.

Be advised: CB01 is currently determined to be a high risk to human safety and well-being based on the observations and findings listed below. We hope your Holiness will consider our reporting and discussion with the severity which we accord to it.

Observations

Our probe confirms CB01 to be roughly spherical with an approximately 1500 km radius, slightly smaller than our own moon. Gravitational readings show the mass to be 2.4 x 10¹⁶ kg, just over half the mass of the moon. This means CB01 has a very low density, possibly hollow in structure.

Close visual inspection via our remote probe showed striking resemblance to the angels described in Ezekiel Chapter One, in the prophet’s vision. Though CB01 is not composed of concentric wheels, across its spherical body are continuous bands of very large eyes lined in a longitudinal fashion. With its pitch-black body against the background of space, it gives the appearance that there is nothing but rings of floating eyes moving together. A detailed look at the surface of CB01 showed that its dark mass is covered in an array of smaller visual organs surrounding the large lensed eyes.

We are still receiving the electromagnetic signal broadcasted from CB01 within the radio bandwidth. Telemetry patterns remain similar to those we first observed eleven years ago when observatories first picked up the signal. Our on-board processor is no closer to deciphering any intelligible information embedded within the signal. If the Church’s Earth-based AI systems are able to decipher and reproduce communicable signals for CB01, the team is willing to broadcast and monitor for further testing in that regard.

All efforts to communicate with CB01 have so far failed. Individual and group prayers, invocations and rituals held within and without the PSS Elijah chapel have not elicited any change in behavior from CB01. We have run through the summoning practices using the Church’s comprehensive list of 128 major angels’ names and sigils. We have exhausted all pronunciations and spellings in English, Spanish, Latin, Modern and Ancient Greek, Hebrew and Sumerian. Broadcasting the spelled names and sigils from the probe’s holographic projectors within CB01’s presumed visual range shows no change in behavior.

Only one test yielded any noticeable result. When the probe played back a real time recording of CB01’s own electromagnetic signal, a bright, high-energy pulse emitted from one of the large eyes, destroying the probe.

Findings

Despite the remarkable visual similarity to angelic beings as described in the Bible, we have been unable to observe any further confirmation that CB01 is indeed an Angel sent from God to meet humanity. If the Vatican has any other recommendations for steps our on-board clergy can take to further this line of study, they will be implemented as quickly as allowed. Additionally, if the screening of viable prophetic candidates has yielded any promising results, we are willing to coordinate observations with any Earth-initiated experimentation.

Thinking outside the Divine Angel Theory, our more secular team members have come up with several theories grounded in our modern understandings of biology and physics. CB01 exists in an environment with zero gravity, the vacuum of space and electromagnetic radiation being the only reliable energy source. A lifeform forced to evolve in such an environment would likely take advantage of the lack of gravity to grow to a very large size. This would exponentially increase its surface area, providing greater opportunity for light energy capture. Using a process similar to photosynthesis we see on Earth, light from stars would provide the energy for this lifeform to grow, reproduce, move and respond to change.

The destruction of our probe gives evidence to how it can do so. The large lensed eyes of CB01 may not be to focus external light onto photo-sensitive sensors but to channel light emitted from within it. With changes to energy levels, wave frequencies, focal points and pulse rates, CB01 can use a single or multiple “eyes” to create a light-based propulsion through space or a high energy laser to destroy or avert incoming space debris.

Another theory arose when continuing from the basis of the non-divine life form theory. This theory treats the behavior of CB01 as one like that of a single-celled organism or a cell within a larger system. Moving through space and responding to stimuli interpreted through some form of genetic code. It didn’t respond to our decades of random radio signal pollution being sent out through space as it wasn’t recognized within the code. Though it’s possible that the signal pollution had attracted CB01 close to our solar system, CB01 only changed its extrasolar course to head directly towards Earth after we broadcasted its own signal back to it.

Based on the destruction of our probe after our signal playback, we cannot be sure that it will express friendly or cooperative behavior upon reaching Earth. After receiving our transmissions, CB01 may interpret the broadcaster as competition within its territory. Or perhaps, the broadcaster could be seen as a maligned, cancerous lifeform within the same species which must be culled. This could come from our signals being distorted by the noise of our radio signal pollution or upon visual inspection as when CB01 observed our probe.

Discussion (Confidential Message from: Archbishop of Luna)

Though the initial discovery of extraterrestrial life in 2036 was a major disruption for the Church and all religious institutions, CB01’s resemblance to canonically accurate Angels was quite literally a Godsend. Surely the Church’s influence on the scientific endeavors of the last decade would not be possible without this heavenly confirmation.

Regardless of the initial troubles we’ve faced in making further divine confirmations, my faith in the Lord and his celestial messenger remain strong. However, I sense trials of faith amongst some within the Committee, including clergymen. The theories described above have gained traction amongst the scientific specialists on board.

I retain sole authority on the contents of our research communications back to Earth, but eventually pressures to publish more details or our arrival home will allow these dissenting theories to spread quickly.

I would hope that your Holiness considers these theories, regardless of source, with the full weight of their implications. The Church will need to have prepared counter arguments driven by the pulpit and scientific publications. I will continue to send more detailed reports as these theories develop or as our observations change.

One last note. On the off chance that these theories are true, CB01 with its size and destructive power may be the herald of the apocalypse after all. Divinely driven or not, we must prepare the Church for the end.

End of Report.

~

Bio:

Luke Brown spends his summers in the wilderness fighting wildfires, staring at trees and thinking up funny little stories in his head. In the winters he forces himself to sit down and finally put those stories down on paper.

Philosophy Note:

While speculating on how life would or could evolve in the ecosystem of outer space, I realized I accidentality created a creature that visually resembled the “Biblically Accurate Angels” of the Old Testament. This led to an opportunity to explore the intersection between scientific and religious discovery and how human society reacts to them. How would our world views change given undeniable evidence of the extraterrestrial? How would the balance between the secular and the spiritual change given undeniable evidence of the supernatural? What would happen in the world when it was no longer a matter of faith to believe in God?

Fiction

A Modification And Application Of Variola Major To Impart Limited Precognition Within Individuals

by H. R. R. Gorman

A modification and application of variola major to impart limited precognition within individuals

S. Monroe and B. Van Buren

Submitted to the American Chemical Society, 01 Nov 1911.

Dear Sir,

Since time immemorial, mankind has imagined a power beyond himself and believed thaumaturgical abilities were within his grasp. It has recently become evident there may be scientific, not magical, sources of enhanced abilities. The enclosed findings prove the potential use of modified variola major to produce limited precognition within select individuals.

Beginning with the works of Lister¹, Pasteur², Koch³, and others, germ theory has become a cornerstone of medicinal research. Ivanovsky discovered the tobacco mosaic virus in 1892, and several viruses have been filtered and identified.⁴ Paschen identified varicella and vaccinia, two diseases thought highly similar to variola, in smears from pustules of sick patients.⁵ It is thus conjectured that variola major and variola minor are caused by viruses rather than bacteria. This assumption was used in the preparation and study of materials.

In addition to these theories, traditional American herbalism inspired our research. Plants native to North America with traditional herbal uses were selected as part of the modification process. As shown in the results section, it is statistically likely that the sodium perborate and ilex vomitoria incubation contributed to the psychological and physicochemical effects of the virus.

Methods and Materials.

1.1 Modification of variola viruses.

Pustules of 146 variola major patients and 113 variola minor patients were lanced in Baltimore sick wards. These samples were pooled until >0.5 pounds of secretions of each virus were obtained. The secretions were then ultrafiltered in the same manner as Negri.⁶ These isolated particles then underwent overnight incubations as noted in Table 1. They were then transferred back into a normal saline solution.

Solution #	Component 1	Component 2	Component 3
1	Sodium Perborate	Osmunda cinnamonea
2	Lye	Osmunda cinnamonea
3	Sodium Perborate	Osmunda cinnamonea	Aralia quinquefolia
4	Lye	Osmunda cinnamonea	Aralia quinquefolia
5	Sodium Perborate	Ilex vomitoria
6	Dilute Hydrochloric Acid	Ilex vomitoria
7	Sodium Perborate	Ilex vomitoria	Aralia quinquefolia
8	Dilute Hydrochloric Acid	Ilex vomitoria	Aralia quinquefolia

Table 1. List of Modifications of Variola.

1.2. Dosing and Application

Ads published in local newspapers invited qualified doctors to apply for participation. Qualification was determined for this study based on ability to maintain accurate records in a scientific fashion, ability to administer treatments subcutaneously, and an immune status to variola. Forty doctors were selected for participation.

Doctors loaded a bifurcated needle with around 0.02 ounces of fluid. Each doctor was supplied with at least two control doses (containing no virus) and two active doses (containing virus). On average, each doctor applied 6 total doses. One outlier physician treated 71 patients (35 control, 35 with virus, and 1 accidental exposure event). Doctors monitored subjects over the course of the next month or until any disease had run its course.

Recipients of the treatment were selected by sheriffs at local jails or prisons. One deputy was exposed during the course of the study. 257 individuals participated. 128 subjects received placebo, 64 subjects received a variola minor inoculation, and 65 subjects received variola major inoculation. Each modification condition was tested on 8 patients. The accidental exposure case was a ninth study of solution 5 on variola major. All subjects who expired during this study were cremated and their remains safely disposed of.

A second study was conducted with thirty patients, ten inoculated with control solution and twenty inoculated with solution 5 modified variola major. This was conducted at the Baltimore facility in an isolated ward by the authors. Patients for the smaller study were offered $100 to anyone willing to participate and be hospitalized.

2. Results.

2.1 Rate of infection and fatality in solution screen.

100% of the subjects infected with solutions 1-5 and 7 exhibited symptoms of variola major or variola minor. Viruses treated with solutions 6 and 8, containing hydrochloric acid, showed reduced infectivity.

The first Variola symptoms appeared on day 11. The first death occurred on day 25 and the last on day 37 with a random distribution of fatalities between (Figure 1). Discounting subjects that had been treated with solutions 6 and 8, which did not seem to contain active virus, 68% of the subjects survived. These numbers are in line with prior experiences with smallpox outbreaks.

*Figure 1. Fatality of treatments by solution type for variola major.*

1 of the 64 variola minor subjects fell to the disease. This is within the 1-2% fatality expectation of this lesser form of smallpox.

One control patient died on day 34. No examination of the corpse was allowed prior to disposal, but the doctor’s notes assure us the subject had no fever, lesions, or other symptoms of smallpox prior to his death and disappearance. As this death occurred after the maximum incubation period for variola, the the overall findings are unaltered by this data point.

2.2 Instances of precognition.

Only subjects injected with solution 5 modified variola showed precognitive abilities. Consequently, results shared in this section will consist solely of information gleaned from those subjects.

One individual was exposed accidentally to variola major. Upon this accidental exposure, the subject was isolated in his Mississippi jail. The doctor noted that the accidentally exposed man made two predictions while in pain from the disease. One, the doctor’s wife would leave him by the end of the day, and two, the doctor’s pastor would be gored by a bull the next morning. Both occurred as the sick man predicted.

The doctor then brought the subject a list of horses set to race that Saturday at the local track. The subject described the horses’ finish orders. To prove his hypothesis, the doctor bet $301.20 and won $5,203.41 after all races. The subject died the following day. The doctor subsequently innoculated 70 additional patients.

The second precognitive subject received treatment from a doctor in Alabama. The pox-blinded subject predicted that a local man would commit a murder-suicide that night. Newspaper clippings collected by the doctor indicate this occurred as predicted. He predicted the sheriff’s daughter would be caught in the act with a male of low standing, and that the man would be hung for it. The doctor went to the sheriff’s house to warn him, but the deeds had already been done. The patient predicted two more things. One prediction was, quote, “Woodrow Wilson will be elected president,” and the other was not recorded. Instead, the doctor alluded to it within a thirteen-page-long diatribe against temptations of Satan. At the time the data were recorded in 1909, it would have been impossible for an Alabama prisoner to know that a man named Woodrow Wilson would be elected governor of New Jersey. We believe the mistaken use of “president” may have been an effect of the patient’s ignorance rather than sign of imperfect precognitive abilities.

The subject died mysteriously on day 45, and the doctor was arrested for unknown reasons. He was released after two weeks’ holding time.

No other instances of precognition were noted during this initial solution screen. Both instances were caused by solution 5 on variola major.

2.3 Additional study using solution 5 modified variola major to confirm instances of precognition.

The large-scale screen indicated solution 5 modified variola major to be of continued interest. A second batch of modified virus was generated as described earlier. Volunteers were collected and treated as described in the methods section.

Zero of ten control subjects fell ill or exhibited precognitive abilities. Data from health screens indicated no changes throughout. It was concluded that the control solution was not the cause of this psychological effect.

Of those treated with the experimental solution, 30% succumbed to the disease. Three of these six fatally infected patients exhibited precognitive abilities. Another patient was blinded but survived and maintained precognitive abilities. On day 109, the door to his isolation ward was left unlocked, and he wandered out. He has not been recovered.

Secretaries recorded everything spoken by the subjects in order to maintain a record of any prediction. All predictions made by the patients were proven true with the exception of those predicted to occur in the far future. Table 3 summarizes the predictions.

Day	Patient	Prediction	Potential Prediction-reality discrepancies
17	2	Author would break a finger	Author heard prediction prior to occurrence; author may have influenced outcome
20	11	Three birds would become trapped in the hospital within a day
21	2	Horse race prediction
23	11	A woman in room 103 would die in childbirth	Death occurred a few minutes following childbirth
23	2	“Hiroshima and Nagasaki will be destroyed in 1945.”	Exact quote; far future
24	17	“Edward VII will die on May 6^th, 1910 at 11:45 pm London time.”	Exact quote; prediction made February 3^rd 1910
25	8	“Slavery will be outlawed in China.”	Prediction made January 3^rd 1910; slavery outlawed in China on March 10, 1910.
25	17	Horse race prediction
26	8	Female nurse’s husband would cheat on her
28	8	“A German scientist obsessed with space will invent a machine that will take an American to the moon in 1969.”	Exact quote; far future
31	17	Horse race prediction
39	17	Detailed description of secretary’s sexual deviancy	Had occurred in the past as well
47	17	Mid-term election results
60	17	Florence Nightingale’s death on August 13^th, 1910	Prediction made March 11, 1910.
73	17	Horse race prediction
90	17	Leo Tolstoy’s death on November 20^th, 1910	Prediction made April 10, 1910.
108	17	Horse race prediction

Table 3.

All predictions possible to come true at the time of this writing did. Horse racing predictions produced a total of $10,450 in winnings, all of which were donated to the local mason’s lodge.

3. Conclusions.

Variola major and variola minor were successfully modified using a combination of plant extracts and chemicals. A modification using sodium perborate and plant extract ilex vomitorium generated a virus capable of conferring precognitive abilities to exposed humans. 20.7% of subjects treated with the modified variola major virus made various predictions that were proven true.

Until now, prophecy has remained outside human control. With the results of this investigation, it seems possible that humankind may have produced prophets in ancient times or in backwards regions of the world. Civilized man, however, will soon be able to grasp events that are yet to come. We may be able to avoid terrible fates or even shorten the wait for the second coming.

Several future studies are needed to make full use of this proof-of-concept work. It is of unequivocal importance to determine how long the effects last. As of yet, it is known that at least one patient continued to make successful predictions up to 108 days following treatment. As part of this study, determinations of how to control and hone these abilities would be necessary.

It is necessary to determine how to channel these predictions into useful actions. Prophecy is useful only if new decisions can reduce bad outcomes and maximize good. The immutability of the future must be determined.

Acknowledgements.

The authors would like to thank Dr. J. Polk of Mississippi for his work. He maintained scrupulous records on nearly a third of the total subjects in the initial screen. This paper could not have been completed without his invaluable assistance.

REFERENCES.

Lister, J. “On the Antiseptic Principle in the Practice of Surgery.” Lancet. 1867; 95 (2418): 4-6.
Pasteur, L. “De l’extension de la theorie des germes a l’étiologie de quelques maladies communes.” Comptes Rendus de l’Académie des Sciences. XC. 1880; 14: 1033-1044.
Koch, R. “Die Ätiologie der Milzbrand-Krankheit, begründet auf die Entwicklungsgeschichte des Bacillus Anthracis.” Cohns Beiträge zur Biologie der Pflanzen. 1876. 2 277: (1–22).
Ivanovsky, D. “Uber Die Mosaikkrankheit der Tabakspflanze.” Bulletin Scientifique Publie Par l’Academie Imperiale des Sciences de Saint-Petersbourg / Nouvelle Serie III. 1892; 35: 67-70.
Paschen, E. “Was Wissen wir uber den Vakzineerreger?” Munch Med Woeachr 1906; 53: 2391-2393.
Negri A. “Ueber Filtration des Vaccinevirus.” Z HygInfektKrankh. 1906; 54: 327-346.

~

Bio:

H.R.R. Gorman fashions dark stories by night and makes drugs by day as a pharmaceutical process engineer. He grew up in the Blue Ridge mountains of North Carolina and was the first person in his family to attend and graduate college. He obtained his bachelor’s, master’s, and PhD in chemical engineering and now has come back to North Carolina with his nuclear engineer husband and vicious attack-Pomeranian. In between processing pharmaceuticals and delving into fiction, Dr. Gorman likes playing Dungeons and Dragons. You can find more of his writing in the Dark Divinations, Lethal Impact, and Collective Fantasy anthologies.

Philosophy Note:

This fictional artefact is presented as a scientific article with research beginning in 1909 and published in 1911. It was inspired by medical atrocities such as the Tuskeegee Syphilis Study, the Henrietta Lacks story, and the North Carolina eugenics movement. All of these events were conducted by people who at least claimed to believe they were helping humanity as a whole, but many others suffered in the meantime. I explored the slippery slope between helping others and helping self by examining how a pair of doctors, presumably working for the common good, could turn people into the more clinical entity of “patients” or “subjects” in order to do their work. The fictional artefact presents the work of physicians who discovered a cruel method of predicting the future. While they take the theoretical high road by not keeping their winnings at horse races, they still use their findings to justify further research into the precognitive effects of their modified smallpox.

Fiction

The Warbler Of Surgeries

by Darryl A. Smith

NOTICE: This form is subject to biennial federal review and not to be used or issued after fiscal year 1908.*

Board of Medical Melodists on Invasive Procedures, Issuer Portals Potomac, D.C.

INFORMED CONSENT TO SURGERY FORM*

For

PAIN MANAGEMENT

By

WARBLE ENABLED DISSOCIATION

The United States’ MedOrphic Relief and Fleet Abscissions Act (MORFA) of 1884 equips informed consent twofold for: 1) remedial external displacement on a temporary basis of bodily consciousness in, 2) any legal medical procedure involving surgical incisions whose time-to-reclusion by swiftest safe strokes exceeds 30 seconds. Specifically, §§3.1.6 and 3.1.7 of the Act provide most fully for such consent through regular and relevant updates to its internal historical brief on awareness delocalization via sung distraction, patient-targeted and tailored. With these amendments placed in digest herein, patient is encouraged to read this consent form attentively and entirely before initialing and/or signing it. This should be done in consultation with patient’s physician and medorphist both. If you will have signed it, you may experience this form asynchronously or in an otherwise non-linear fashion. This is normal.

1. PROCEDURE: I, Percival Roundtree [Patient’s name], for the following procedure(s), give consent to warble-enabled dissociation (hereafter referred to in kind as “enwarbling”/ “WED”) from waking pain during surgery: Corrective reduction to previously amputated lower left leg [Description of procedure(s)].

2. RISKS (STANDARD): As with all surgical ventures, in the absence of profound nervous intervention, the dolor of corporal agony due to cutting penetration of the physical body and its internal manipulation is indeed unavoidable and characteristic. However, with sure application of WED techniques such extreme pain is statistically rare. Enwarbling during invasive procedures of all kinds is a time-tested medical utility with a proven efficacy of over 60 years. Absent unplanned disruptions to patient’s ability to hear during enwarbling, or to warbler’s ability to sing, no kinetic pain beyond mild discomfort should be experienced. Patient agrees, however, that in such unforeseen circumstances surgery shall continue to completion though pain of an excruciating nature is likely to be endured. Please note that whether one experiences kinetic pain during enwarbled surgery or not or whether upon emerging they simply do not remember experienced pain of this kind is still a matter of conjecture and ongoing study.

Initials: __________

3. ALTERNATIVES: Although unconventional due to lack of demand and in turn of development, anesthetic ether—a complete consciousness inhibitor—has been since 1842 the standard alternative in matters of surgical pain. It is your right to this substitute method of pain management. Although in cost the option for enwarbling never exceeds that of ether by more than 600%, the former is rarely valued at less than 250% of the latter in most states. Should patient wish to wave the default payment exemption for treatment of an injury due to a natural disaster, this may be further incentive to consider the anesthetic option. Be advised, however, that ether narcosis confers no hyperconscious or transpersonal opportunity, certainly not of any comparable acuity to Stillpain enwarbling. It does not utilize patient pain as WED does in order to “fight like with like” to transcendental effect. Even unlike basic semi-precursory biochemical analogous to enwarbling such as dimethyltryptamine, fungal psilocybin, hormonal 5-hydroxytryptamine, etc.—to which numerous medical experts have favorably compared the sonorous Pain Warble of ‘nerve-chant tripping’ as their natural ‘vocalic descendant and aural distillation’—anesthetic ether is a strictly reductive intervention. Within the surgical context, its application merely “cancels consciousness” outright in an oblivion of auto-absenteeism. It does not expand and heighten self-awareness and world entanglement through pain with surrounding densities on that well-known cosmic spectrum ranging from somatic to subtle bodies.

Patient is further advised not to base their choice of pain-management options on famous surgical outcomes of apparent prescience arising from enwarbling. The principle that correlation does not equal causation applies, for example, to the apparent coincidence of a number of patients who days earlier “predicted,” while pain-enwarbled, the 1842 Cap-Haïtien earthquake the first year WED techniques were applied and recorded. And whether many thousands would otherwise have been lost rather than that few score who were under that efficacious warning sent days prior to the event one may, of course, never know. The same applies regarding those patients claiming to have seen these millenary dead in some other timescape wherein none could be put on advanced guard. Certainly, many have maintained that ubiquitous press around this spectacle, in particular, was the efficient cause of the eventual triumph of song-depersonalization techniques of pain management over U.S. physician Dr. Crawford Long’s incipient application of ether anesthetics. This is due to concurrent psychical discoveries of ultimately metamedical benefit within the so-called ‘occult’ (now ‘entanglement’) discourse in altered states of consciousness through constructive—i.e., non-pathological—dissociation, to which pain interdiction has thus far proven the most reliable vehicle.

So, too, is patient advised regarding the 1883 event at Krakatoa. Although it is ostensibly due to WED predictions that we possess audio of the occurrence from all over the world—whereby ordinary citizens globally were able to prepare for it and render their own recordings—this may yet be owed to other than those scattered individuals who claimed sensitivity to the biosphere and issued warnings through their possible surgical clairaudience.

I hereby choose to decline anesthesia. Initials: __________

4. BENEFITS: Enjoy Stillpain. As we know, pain is that vaunting procession of helical nervous shockwaves of a clockwise orientation wound round an energy field of toroidal topology. Warbling is the synchronic anticlockwise-amplitude to pain whose meta-cancellation interference creates an effective standing wave of tolerable—even hospitable—static burden which patient may occupy for the duration of surgery. Like a drum, the solar wind beats upon the magnetosphere of the traveling Earth. Yet at the bow shock front, where swell meets swell, there is a quietude, a placidity. Similarly placed, stationary within that storm’s eye of pain—a pain within pain—the patient may look outward from it with effects of consciousness similar in nature to the uncanny field effects experienced inside such tempests. An empathic ecstasy rather than absorbing agony characterizes the experience, resulting in myriad possible extrapersonal interchanges.

5. CARE TEAM: I authorize my practitioner and enwarbler to perform this procedure. I accept that they will be assisted by a care team which may include: singers, restrainers, technicians, shamans, medical device specialists, and a surgical team. This team may include other attending surgeons, warblers, residents, fellows, medical and melodist students, or other allied healthcare professionals. Initials: __________

6. OBSERVERS: My practitioner and/or enwarbler may allow observers during my procedure. These may include corporeal and non-corporeal entities. They are not part of the care team and will not participate in providing care. Initials: __________

7. FILM, PHOTOGRAPHY or PHONOGRAPH RECORD: I understand film, photography or phonograph records made as part of my treatment and/or diagnosis may be used for clinical education or professional publications. If used in this way, I understand that my records will be edited so that I will not be identified (referred to as “de-identified”). Film, photography, or phonograph records will not be used for any other purpose without my authorization. Initials: __________

I DO NOT authorize my de-identified film, photography, or phonograph records to be used for clinical education or professional publications. Initials: __________

Signed Percival Roundtree [Patient]

Signed Eudora Hughes, M.D. [Physician]

Signed H. Edward Lewis, W.D. [Medorphist]

********** ONLY PHYSICIAN AND/OR MEDORPHIST ADDENDA **********

TO BE ATTACHED TO THIS FORM

POST-OPERATION COMMENTS

OUTCOME: Surgery successful. Patient enwarbled 1 hour 17 minutes prior to surgery; emerged 2 hours following closure.

DURATION: 3 minutes, 47 1/2 seconds

PAIN: None but Stillpain reported

PROGNOSIS: Patient expected to make full recovery. Recommend follow-up in 4 weeks.

W.E.D. EXPERIENCE (IF ANY): Prior to partial loss of left leg, patient was federal agent, special detail as on-site witness of occasional disasters credibly precognized by public members late of surgery reported for emergency alert. Upon its evacuation days prior, patient assigned Golden Gate City morning April 18 of last year as Lead Recorder ahead of the great earthquake which has recently razed much of that metropolis. Although all usual precautions by him and his team were taken, patient sustained lamentable injury by a felled tree described by all as appearing ‘out of nowhere’. Crisis triage performed on patient during ground shocks and aftershocks. On-site surgical conditions sub-optimal. Absence for patient of melodist support for amputative pain relief. Removal of limb below knee would have been sustainable but for these adverse conditions. Interstitial necrotic advance due to inapt severance necessitated cleaner recent removal of leg above knee joint 8 months on from seismic calamity.

Patient elaborates W.E.D. experience during surgical enwarbling as follows:

‘I return there. We don’t know where it comes from. Our base is in the city’s namesake park well cleared in advance of any trees or other falling threats. We hear a close, stifled cracking just prior. However, with the wild cacophony already resounding all about us from the momentous quake in progress, even such proximal splitting sounds add but little to the ambient din. I feel at my leg the awful crush of the thing as the full force of its midsection impacts the tremulous ground unhindered. Seeing this, and to no avail, my recording companions—one a physician—are at me almost immediately in mutual struggle to displace the trunk-length from off me. By this time the main quake seems to subside. Yet a paroxysm of aftershocks in series are keeping the ground unreliable with our exposed observation party outside its fortified post.

‘That we might regain our safe cover and preserve ourselves thereby, the decision is made through muted looks alone to quickly score and remove the extremity and, though fast as it goes, it seems still a foul eternity of grievous agony as my leg is detached from just below my knee where the tree has got me. But almost in shame for its further demise, I have broken off a modest branch and am being encouraged to bite down on it—there—for control through my own cropping which it in turn has caused. Suddenly, I find myself in the other place—the place where the tree will come from. It is a year from now, I believe, from this second surgery I am experiencing. I am outside again. Far away.

Something from above explodes. The loudness. The light. Heat and all-pressure from the sky. Oh, no. The Tunguska Skyrise Tether. What grand force has snapped it twain? —The great umbilicus to near-orbit, secured among the vastness of the Interserfstat forest that keeps by counterweighted tension a first empyrean metropolis from snapping away into oblivion. The high band, it will be consumed from above by the Thing’s shattering fire. Upward, the flame will traverse the ribbon and ignite its works to consume the habitat. Yet one—this lone timber beneath its devastating blast—is pushed back to a year ago from here. It falls on me in Golden Gate City. Here I am, put under—no, put all ‘round—in this surgery. I will go there. You tell them now: Evacuate before midyear next.’

PRIORITY ADVISORY: Though no registered pre-vision from enwarbling has to date exceeded an event by more than a fortnight, patient report is deemed credible owing to several factors including patient’s occupational standing and reputation. Further support for such credulity is evinced upon now completed examination of patient’s leg prosthesis subsequent to surgery. Wood of prosthetic verified as derived from fallen tree and confirmed by arborists as non-native to California; as consistent rather with makeup of the Siberian Dahurian larch, species Larix gmelinii of the boreal woodlands of specified region. Recommend issue of global general alert. Should event occur, further recommend patient’s W.E.D. observation be included in subsequent digest update to relevant sections of the U.S. MORFA Act.

END ADDENDUM – PATIENT W.E.D. CONSENT FORM

“Stillpain is still pain if still pain”

~

Bio:

Darryl A. Smith works at the crossroads of religion, philosophy and Egyptology. He hails from Southern California and teaches Religious Studies at Pomona College.

Philosophy Note:

As best as possible I’ll sometimes groggily record what brief snippets of dreamt music I may recall upon waking. This story comes from the playback of one such unaccountable melody croaked into a bedside recorder before going back to sleep. Both the frequency and enigma of these episodes has surged in the last two years, and I’ve increasingly puzzled over the relative power of song vs. pain. Are those of us who live more outside the mainstream allopathic medical regime in a better position to know? This story prompts conjecture about the further limits of song and its like beyond the petro-pharmacological studio. Given its likely inevitability, could we be having a better relationship with our pain than life within that studio might otherwise suggest?

Syphilus, Sisyphus

by Leonardo Espinoza Benavides

The case of humanity proved interesting.

From the historical material collected and safeguarded, it was a poem written by the Italian physician Girolamo Fracastoro that allowed us to assign a narrative origin to this. His verses said that, in a European meadow, a shepherd named Syphilus contracted a strange new disease, after disobeying his gods in the midst of a foreign invasion. Syphilis sive morbus gallicus ended up naming the so-called “French disease of the Earth” after its protagonist, as well as humanising and giving conceptual form to the pathology.

The impact on civilisation of a condition perpetuated by sexually transmitted contagion had irreparable repercussions on the psyche of the species. Wood carvings such as Albrecht Dürer’s Der syphilitische Mann and ballads such as Juliane Keats’ La Belle Dame sans Merci are evidence of the collective tribulation. Scientific efforts found the culprit: a bacterium, of the spirochete type, which they called Treponema pallidum pallidum, transmitted solely and exclusively between people, without affecting any other form of life on the planet. It was the Japanese microbiologist Hideyo Noguchi who later demonstrated the presence of the germ in brain tissue. The sexuality of the population was restructured in the neurological and mental apparatus of its individuals. An unavoidable nightmare, as so was dreaming. The case is a clear example of a check between nature and life.

Effective forms of diagnosis were invented, relentless antimicrobial treatments and even the disciplines of dermatology and venereology were perfected. There was every possible form of prevention, from physical barriers of leather and latex to drugs that controlled the momentum of the relentless libido in the most at-risk sectors (which ended up being the whole world). Entire institutions dedicated to the monitoring and control of syphilis. The efforts, however, were described by humanity itself as a labour akin to lifting a rock up a mountainside only to see it fall at the end of each day.

The moment when it became public knowledge that the spirochete had become resistant to the latest therapies has been postulated as a cultural turning point. Famous was the speech of the Chilean academic and physician Félix Salvo, before the high commissioners of the World Health Organisation, when he assured the triumph of the pathogen, “The Great Pretender,” which paled the complexity of other known infections, viral, bacterial, fungal, whichever it was. Humans had no use for arsphenamine and penicillin after only a couple of years of their development. Apparently, the cytoplasmic protein A filaments of the bacterium—which moved like a corkscrew—interacted with the indicated chromosomes of the micro-organism to mutate it. They never knew for sure. Humanity did not have the time or the determination to continue the epic. In its defence, there are many current hypotheses that vindicate this disappointment in favour, rather, of a resolute acceptance. Eternity as an illusion awaiting an end point.

The case of humanity leaves no sentient species indifferent, including those that are radically different in their way of reproduction and preservation. It is impossible to predict the history of the next Syphilus; its moment, its time and the colour of its meadow.

All the other extinct civilisations that we have managed to study in that particular region of that minor spiral arm of the galaxy ended their chronologies, directly or indirectly, because of warfare. The only species that did not succumb to war was humanity. After eleven thousand years since the first settlements in the Tigris-Euphrates alluvial marsh, humans, in short, opted for a grand final orgy.

~

Bio:

Leonardo Espinoza Benavides (a.k.a Leo) is a Chilean physician-writer, always in conflict with the concept of sleep hygiene (which he hopes to achieve). He lived for a few years in the United States and now in Santiago de Chile, currently trying to learn Mandarin Chinese.

Philosophy Note:

As a dermatovenereologist, it never ceases to amaze me—every time I treat a new patient with syphilis and then the many cases of reinfection—that this fascinating spirochete can still be treated with a simple and common penicillin shot. The Sisyphean part of this narrative is what evoked the rest: what if the history of syphilis with humanity had been different, if it had not been a pathogen that seems to not even try to defend itself? This story takes this idea to the extreme, in terms of the cultural outcome it could’ve had.

Fiction

How I Became A Willow

by E. E. King

We learned the secret to eternal life. Hand washing.

This was the catch. We had to wash our hands continually. We had to eat through straws. Pay others to attend to our bodily needs. Because if we were separated from soap and water we would perish, overcome by a sea of bacteria. Sunk in a tide of virus.

Those we paid to feed us were doomed to die, but that is nothing new. The poor have always bathed the rich.

And so, society evolved into two classes, the washed and the unwashed. The clean and the unclean. The saved and the damned.

Still, it wasn’t much of a life. Stuck at our sinks, we designed computers we operated with our toes. We converted our mirrors into screens. We wore virtual reality googles. But no matter how clever the sensoround, or how compelling the avatar, eventually, over centuries, we had to confront the reality. We were the doomed. The dammed. The isolated. Alone.

Some of us tried to reach out, metaphorically. We tried to become friends with our caretakers, but that always ended in death. Besides, by then our minds had changed. We were unused to conversation anywhere but inside ourselves.

And so we began again. We Invented mechanical feeders but that only increased our loneliness.

We had our keepers make biodegradable soap, so that we could venture out into nature. Carrying portable washbasins strapped to out chests, we were wheeled, or driven, to lakes, rivers, and tide pools. By then, over the decades, we had lost use of our legs. Only our hands, clean and ever moving, remained strong.

It was better, this connection with field and stream. But even the most biodegradable soaps are slow poisons. And so, we turned to plants. My favorite was the ceanothus flower, which only needed to be rubbed to produce a foaming wash.

We sat with our toes in water, scrubbing, creating a foam of flowers. Our feet grew red and long, weaving into riverbanks, drawing nutrients from the soil, and holding firm the shore. Others wept, and our tears filled ponds, creating new seas. Our roots spread and touched and linked and connected, to each other and to the plants we had considered so very different from us.

And so, the world was born again. And we were not alone.

~

Bio:

E.E. King is an award-winning painter, performer, writer, and naturalist. She’ll do anything that won’t pay the bills, especially if it involves animals. She’s been published widely, including Clarkesworld and Sci Phi Journal. Her stories are on Tangent’s 2019 and 2020 year’s best stories. She has been nominated for five Pushcart awards. Check out paintings, writing, musings, and books at: www.elizabetheveking.com and amazon.com/author/eeking

Philosophy Note:

I am more and more convinced that all beings, plants included, communicate in ways we don’t even conceive of. They have evolved longer- then can turn sunlight into food. This tale deals with that idea – the concept of evolving into plants, as well as the inevitable inequity of human society.

Fiction

Apocrita

by Cooper Shrivastava

The day the last drone of the old generation dies becomes the Feast of the Renewed Eye, and the whole hive comes alive in dance and drumming. They pour from the ziggurat, every last bee tumbling claw over eyecluster, burning their feet on the sun-soaked sand outside. Today is the day the adult generation comes of age, and the youths are assigned houses and castes. Today is the day they drink the honeypus from the back of the Prophet-Queen. Today is the day they see the vision of the afterlife and are rewarded with knowledge of which of the six combs—two of world, two of heaven, two of underworld—will be their eternal home.

Today is Ruzig’s last day as a costumer. After the ritual, he and the other costumer bees of the older generation will become drones, and chosen members of the youngest generation will step into their shoes. Ruzig has never flown under the hot sun to search for pollen and nectar; his life’s work has been the hummingbird costumes arrayed before them, the symbol of Sygyzmur, god of his House. He has been a costumer since he ascended the southernmost side of the ziggurat and joined the House of Red Orb, leaving behind Aurzosh, Oddi, Uhar, his childhood friends.

Ruzig looks at the other costumer of the House of Red Orb, Agba. Together they tie off a costume, while the warrior wearing it sips nectar from Agba’s open mandibles. They move to the next warrior, chitin becoming feathers, exoskeleton becoming endoskeleton, compound eyes becoming simple lenses, mouthparts adapted for chewing and sucking becoming a beak with the tongue torn out, as the warrior becomes an avatar of Sygyzmur, the god of diplomacy, sisterhood, and the six cardinal directions.

Agba goes to the front of the swarm of the House of Red Orb, and Ruzig loses sight of him. He is still tying off a great golden hummingbird skin, which has taken on an almost punishing lustre under the sun’s rays.

To the left of Ruzig, the House of Map begins their dance, their warriors outfitted in the skins of beetles, the avatar of zTriibigzz. The rattle of wings both living and dead shakes each of the tiny hairs that grow on Ruzig’s body until he
can’t feel or hear anything but the House of Map. Ruzig feels as if the ground, the ziggurat, the whole world is vibrating. It has begun.

The bees of the House of Red Orb begin to crawl towards the ziggurat but the holy form is missing one hummingbird: the last costume is still clutched in Ruzig’s front claws, as the warrior meant to wear it has disappeared on ahead
rather than risk missing her one chance to taste honeypus.

Ruzig swivels around in alarm. These rituals are his holy responsibility, and he cannot expose the colony to the disfavor of Sygyzmur by failing to complete the set.

At the base of the structure the bees spin and then smack the ground, and the drumming intensifies. The Prophet-Queen has emerged from the top of the ziggurat and Ruzig is stricken with awe. He has loved her from afar, as all bees do, for his whole life, and the momentousness of this occasion suddenly strikes him, overpowering his fear of being left behind and his worry for the dance and the costumes and sacred geometry, and even overpowering his fear of what vision he will see of his afterlife.

She is gigantic, and the six pimples on Her back are swollen and ripe for bursting. Her antennae are large and pendulous. Her thorax is scarred from the fight with Her sister-Queen when She seized the hive. Her spermathica is full from Her recent mating flight. Soon there will be larvae. She flaps Her wings and the bees vibrate in ecstasy, roll on the ground, wave their antennae, share nectar mouth to mouth with one another.

The pace of the drumming accelerates further, and the bees of the younger generation start to push forward, converging on the ziggurat. Ruzig is left at the outskirts of the staging area trapped by the oncoming flood of younger bees, but unable to move without abandoning the heavy costume of the hummingbird god.

He pulls it along the ground behind him, frantic, allowing the sunset orange and lemon peel yellow feathers to drag on the ground, as the younger bees come racing up behind him. His heart breaks to think each house will reach the top of
the ziggurat with six sets of six dancers except for Red Orb.

The fastest of the younger bees has reached Ruzig, and steps on the wing of the hummingbird costume as he races by. He gets behind the costume and pushes with all his might, but he is no warrior bee, and it merely flops over. The young ones are upon him; Ruzig can’t protect the costume from their furry mass.

But then he sees a single body turning around, a warrior from the House of Orchid. The warrior leaves his swarm and takes to the air, managing for several long seconds to look away from the Prophet-Queen, and to come zipping low over the heads of the assembly to where Ruzig is huddled near his trampled costume.

Aurzosh is immediately recognizable even after all this time; his bony mid-tibial spurs, his slender hind basitarsus, his corbicula clean of flower pollen for the occasion. He nudges Ruzig with his forelegs, but the air is too saturated with odor plumes and pheromones and vibrations for them to communicate.

Aurzosh nudges Ruzig again, grabbing the costume in his mandibles. Ruzig is stunned. He is seeing two wondrous sights today: the Prophet-Queen, and member of the House of Orchid who is willing to take on the costume of the Red
Orb, willing to take it on for Ruzig’s sake.

They heave the costume over Aurzosh’s head and let off prayers of odor plumes from their tarsal glands. They are almost, but not quite, close enough to smell each other. Ruzig vomits nectar from their comb’s collective stomach into
Aurzosh’s mouth, and he can’t imagine it tastes good, he is a poor honey-alchemist, but Aurzosh swallows it and trundles through the crowd of young bees, with Ruzig in his wake.

Aurzosh doggedly pushes bodies out of the way. He will not take flight, for he, like Ruzig, will not destroy the sacred symmetries. Ruzig grabs the tattered tail of the hummingbird costume in his mandibles and lets himself be pulled forward, until his feet hit the waxy steps.

They are getting close, and Ruzig’s tiny heart pounds as he thinks they might make it after all. Aurzosh is climbing faster now, overtop the other bees so his legs land on furry bodies rather than the tacky wax of the ziggurat. He can see the great white pustules on the Prophet-Queen’s back; he is closer to Her than he ever has been before!

Ruzig’s eyes are fixed on the Queen, and that is why he doesn’t notice as fast as the other bees do. Bees take to the air from the sides of the ziggurat, disrupting the sacred geometries. For a moment he is consumed with rage at their
heresy, but then a shadow falls over him and Aurzosh, who have finally reached the middle tier, just steps below their Queen.

The shadow forms the shape of a paw, but with five long fingers and no claws. The warrior caste is fully in the air; even Aurzosh has shed his costume as they attack the intruder, but to no avail. It picks up the Queen in its monstrous grip
and pinches Her holy body upside down over a giant tub.

Ruzig watches on in horror as the pimples express. Six bursts of pus gush from her back, and into the monster’s collection tub, their prophetic power dissipating. The warriors are attacking frantically, and the workers and drones join
them, but it is too late. The Queen is tossed to the ground by the five fingered monster, Her holy body rolling through the dust.

The bees of the six houses swarm and sting, but the monster casually bats them away. Ruzig is in shock. Twelve warrior bees bear the body of the Queen back underground to the safety of the hive. She waves Her limbs in distress, the six burst pustules on Her back still oozing liquid. They are honorable bees and do not try to taste it.

The monster has retreated, taking their future with it in the tub. Ruzig stands on the ziggurat alone. All around him the hive is flying and mourning and moaning; the monster is gone and there is no one left to sting.

He does not know what he will become, only that he will no longer be a costumer. He does not know what he will face in the afterlife. He looks up into the red sun, so hot it burns his eyes, and searches in vain for the face of Sygyzmur.

~

Bio:

Cooper Shrivastava is a writer based in New York City. She was a member of the 2019 Clarion Writers Workshop, and her short fiction has appeared or is forthcoming in Clarkesworld, Heavy Feather Review and Tor.com. She is currently working on her first novel.

Fiction

Starborn, Starbirth

by Liam Hogan

The tired old star burns fat and hot and slow. Now, as the end approaches, as firestorms flicker and die and are born anew across its roiling surface, as, at its core, helium ashes are squeezed and the heat there builds and builds, stuttering with the idea of something new, we detach ourselves from the fields in which we have gambolled for countless aeons, where we have long feasted and bred, diving deep in our displays of courtship, kicking up great tendrils of supercharged plasma through which to leap and skip and dance, filtering out the heavier elements as we do. Now, we drift outwards, cooling rapidly in a vacuum that is thin and cold and hostile, hardening our hearts as we majestically unfurl our vast, fragile wings. Gossamer thin, we float past rocky planets, long stripped of their seas, their delicate atmospheres, whose once molten centres are hardened and still. There was life here, we are amused to note. Brief, faltering life, as ethereal as the waves from a solar flare, as short lived as our mating songs.

And on we riders go, to the next planet, the next rock. Life fled here when its cradle had grown too warm, too barren, too polluted. A brief respite only, a staging ground for the next tentative step. And on again we and the echoes of it drift, past the remnants from the solar system’s ancient creation to the next planet, to the moons that circle like clockwork around the gassy giant, itself too small to ignite, too cold to offer us any real sustenance. Though a few of us try anyway and are quickly swallowed by its dense, unpalatable clouds, wings ripped away and for a moment flaring bright, the imprint swiftly forgotten.

The giant, and its lesser neighbour, will feed the inferno that is yet to come. The shock-wave might perhaps briefly fire them into life, before stripping the clouds of gas, leaving them stunned and stunted in the dimming afterglow, finally exposing whatever those dense clouds conceal.

We wonder whether the life that is not our life ever attempted to go there, or escaped further still. There are no signs of it in the cold, outer fringes. Perhaps it went instead in search of new planets to taint, daring the void between the stars as we too are about to do. Perhaps we will catch up with it, beyond the point where the solar wind is snuffed out by the much softer, but more extensive, interstellar medium. Beyond the insubstantial border where you could truly be said to have shed the bounds of the star that even now is just a baleful, fat, reddened point. Perhaps. But there is no hurry.

Looking back, we watch as our brethren gather, our number too numerous to count. There is a sweet-spot, a place we all hope to be when the moment comes. Some will time it wrong, they always do. They will fill their bellies a little too full, rise a little too slow, too late, engorged and still soft and fragile, their wings only partially unfurled when the cataclysm comes.

Others have left too early. Billions of years too early, tired perhaps of waiting. They haven’t got very far and they will be cold and perhaps dead by now. Pushed only by the last beats of a burning heart, slumbering for an eternity, dreaming of what might have been.

This too is the way.

Only a few of us, a handful of the myriad, will fall upon more fertile ground, many millennia from now. But all of us will ride the death of the star we grew up on, and in, letting its final, dying light push us far out into the unexplored galaxy, looking for new homes, new stars, new life.

Rarer still, perhaps only once in a generation, one of us might find themselves not captured by another star but instead, surrounded by a veil of interstellar gases. With their wings stretched so thin it will be as though they’re not there, they will begin to turn, the steady rhythm creating eddies and gathering in more and more of the tantalising dust. Only one rider will sing the song of becoming as she slowly retracts her wings, cloaking herself within the thickening cloud, spinning faster and faster and faster until, the cosmos be willing, she gives birth to a brand new star.

~

Bio:

Liam Hogan is an award winning short story writer, with stories in Best of British Science Fiction 2016 & 2019, and Best of British Fantasy 2018 (NewCon Press). He’s been published by Analog, Daily Science Fiction, and Flame Tree Press, among others. He helps host Liars’ League London, volunteers at the creative writing charity Ministry of Stories, and lives and avoids work in London. More details at happyendingnotguaranteed.blogspot.co.uk

Fiction

Silica Field Study SOP

by E. A. Lawrence

CONGRESSIONAL DISCOVERY EXPEDITION

AUTHOR and DIVISION PRINCIPAL INVESTIGATOR: Zephraim A. Mallory, Jr., P.hD

MISSION DATE: 2467_1.42.8

CDE CARRIER: PEREGRINE

CDE CARRIER DEAN: Zephraim C. Mallory, Sr., PhD

RESEARCH DIVISION: XENOANTHROPOLOGY

STANDARD OPERATING PROCEDURE OUTLINE FOR: FIELD STUDY INTERVIEWS

ON: SILICA [14.03.49.60.22.23]

WITH: Social Amphibian Ectothermic Digitigrade Biped Society

INDIGENOUS SELF-APPELLATION: Wannana

IN: Southern Hemisphere, Central Riparian Region, Bordering the West Coast Beta Ocean

DURING: Quinquennial Vernal Precipitation Event called “Anamee”

BACKGROUND: The Meteorology Division defined that five years are needed for Silica’s atmosphere to gather enough moisture from the ice caps and scattered seas for one planet-wide storm season. The xeric environment recedes, the seas rise, and the seeds thrive in loamy sand. The plants are efficient. Cell growth from germination to maturity in the Southern cirronns, a photosynthetic plant similar to the Bambusoideae, is effective enough to capsize a poorly placed hover ferry because it grows 91 cm an hour; operators must use care. It is strongly recommended that no field work be attempted until the cirronn groves are mature.

Silica is dominated by amphibious life forms. It is likely that Silica was an aquatic or at least a more water-abundant world between 1 to 2 million years before present. Based on the magnetic fields of the poles and the geologic record, it is probable that Silica’s axis of rotation shifted. This cataclysm triggered widespread extinction when abundant terrestrial freshwater became a quinquennial sight. The amphibian vertebrates underwent an adaptive radiation event and two dominant species emerged (see related CDE Argos Geology & Paleontology Dual Division Ground Science Report, by Pichard, J. & Mallory, Z.C.): the omnivorous, sentient Wannana and the alpha-predator rotpar. These species differ genetically by 2.5% of novel genetic code (see related CDE Peregrine Biology and Xeno-Linguistic Division Co-Report, by Mallory, Z.C. et al). Wannana do not resemble rotpar beyond an equivalent camouflage of nutrient dependent chromatophores that facilitate dermis ranging between cirron-grove-green and loamy beige in color. At 3 meters tall, the average Wannanan towers over human field researchers but though obligate digitigrade bipeds, they prefer to crouch when casually conversing and human researchers are able to communicate with them well. It is comfortable for humans to read their wide, round faces. The Wannanan expressive brow ridges are hypothesized to facilitate a copacetic degree of micro-expression during conversation and their language is effectively translated by our software but the word Wannana is consistently translated as “dreamer” regardless of context.

Silican organisms reproduce synchronous to the Anamee. Both the Wannana and rotpar depend on the cirronn groves as well as the dynamic riparian ecosystem bordering the Beta Ocean to survive. Like the majority of Silica’s terrestrial animals, the Wannana estivate in the sand during the inter-Anamee years. Rotpar hunt and scavenge on the wing, in the water, and even in the sand without aestivating on the scale of the rest of Silica. The only amphibian on Silica with true flight, in appearance a rotpar resembles the extinct amphiuma of the North American southeast of Earth, with a conical head on the end of a muscular, serpentine neck. Rotpar have a long tail with a keratinized terminal spine. The anterior legs are short with excavating claws; the powerful posterior legs terminate in talons. The rotpar are obligate carnivores, highly intelligent, and opportunistic apex hunters. A wurnn, the juvenile rotpar, is a diminutive version of its parents. Rotpar fathers guard the growing wurnns while females hunt, and occasionally bring food to the males guarding their eggs. Every step the wurnns take is within sensory range of the father. However, the rotpar offer no recorded interpersonal nurturing behavior to their young. Rotpar actively hunt the Wannana. All field researchers engaged in Wannana interviews must follow standard off-ship safety practices with particular emphasis on wearing full personal protective equipment and working in teams to avoid injury (see Peregrine Field Safety Checklist, edition XII, sub-section 4, Predation Avoidance & Survival).

During Anamee, the Wannana congregate in the riparian zone parallel to the sea to dance, sing, and reproduce. Prior studies conducted by the CDE Argos and earlier work done by the CDE Peregrine have documented the natural history of the Wannana but have succeeded in only minimal xeno-anthropology. Couples mate and lay their eggs. However, the complete metamorphosis of Wannana-tadpoles to metamorphs must occur beneath the sand during estivation. Wannana-tadpoles have been observed burrowing beneath the muddy pools to estivate as the Anamee ends, using their powerful, fatty tails to propel them underground. During Anamee stubby-tailed metamorphs emerge at half their adult size and act familiar with their adult caregivers who do provide parental care. The females and post-Anamee metamorph juveniles guard the eggs at night, when the young wurnns and Rotpar females hunt. Guarding behavior consists of performing fierce threat displays of vocalizations and twirling cirron-trunk stave weapons. The guardians circle the eggs in shifts, relieving each other to sleep, eat, and otherwise relax. The mature male Wannana care for the elderly and act as sentinels of the eggs within their individual rookery pools.

Though the rotpar hunt the Wannanan rookery pools daily and the Wannana vigorously protect their eggs to a sufficient degree, they do not retaliate with lethal violence against the rotpar even after observed high depredations of eggs, Wannana-tadpoles, and metamorphs. Numerous observations and encounters with the Wannana provide evidence for a hunter-gatherer society with distinct language groups, complex social communication culture, and sophisticated cirron & bone-based tool use (see related reports from both the Peregrine and Argos Biology Divisions by Mallory, Z.C. & Goodel et al), but no formal Xeno-anthropology Division study has been conducted to better understand Wannanan culture. The landmark Mallory & Goodel studies posited in their respective Discussions that the societal development of the Wannana is constrained by the lack of surface time to technologically develop effective agriculture and long-term survival infrastructure to overcome the incredible predation of both the rotpar, meso-predators, and the harsh environment of Silica. However, their post-autopsy descriptions of Wannana physiology describe a large brain to body ratio as well as complex brain physiology that both Mallory, Z.C. and Goodel admitted defies an easy analog to known physiologies described by CDE missions. Given the complex social behavior evidenced in previous missions that suggest estivation acculturation due family-group behavior despite a presumed absence of direct contact. No artificial subterranean structures have been found on Silica during numerous geologic studies.

KEY QUESTIONS: How does a culture persevere when it is active only one-year for every five spent estivating? How do Wannanans complete metamorphosis and acculturation to their social band during estivation? Are there structures in their brains or body that allow for a way to socially function?

PROCEDURE: This is a broad scale procedural outline to direct plans on site.

Arrive five days post-Anamee (coordinate with Meterology Division)
Set up operations in the same area explored by both Mallory, Z.C. and Goodel to facilitate data comparison
Make contact with Ziarrara (see attached photo)
If Ziarrara is unavailable, Xharrara or Syggl, her kin are also good contacts
Ask to be guests
Interview every host group member and take detailed notes
See attached interview form from the CDE Argos Xeno-Anthropology division mission to Alpha Centauri
Offer every development stage possible of the host group the emotional imaginary communication set
The more mature individuals show most curiosity about visible media, especially watercolor paint
The adults are more interested in building bricks, pliable textured metals, and felt boards
The metamorphs are most interested in the beeswax-based polymers
The interests of the Wannana-tadpoles are unknown but will be explored
Catalogue and discuss all products of both steps five and six to build relationships and answer key questions
Assist in everyday food gathering and predation avoidance activities to the safest extent possible
See reports from both the Peregrine and Argos Biology Divisions by Mallory, Z.C. & Goodel et al for a comprehensive list of possible hazards and means of navigating same
Ask individuals with whom a rapport has been cultivated to complete both EEG and MRI testing over the course of various stimuli like emotional imaginary communication, ordinary conversation, and song.
Offer to share all results and be explicit about activities to build trust
If possible, explore how the estivation process is prepared for and conducted

PROPOSED RESULTS ANALYSIS & FUTURE DIRECTIONS: A full portfolio of imaginary communication projects as well as all interview notes and brain activity records will be tabulated for analysis by both the Peregrine Statistical Division and its Analytic A.I., Quest. The results will be prepared to present at both the CDE Conference at Io and the Intra-galactic Research Symposium. A better understanding of cultural development in a periodically xeric, high-predation-risk environment and the intersectional role of physiology, ecology, and social behavior in survival will enrich the Xeno-Anthropology discipline across diverse worlds. Silica is a singular world in the experience of the CDE. Creative approaches to cross-cultural communication are necessary to truly understand a society that defies easy comparison to known terrestrial experience and there is much that we can potentially learn to inform future CDE missions across multiple worlds.

~

Bio:

E.A. Lawrence’s fiction has been published in the anthology ROAR 7, edited by Mary E. Lowd and in the August 2020 issue of Electric Spec. She lives with multiple sclerosis and many fountain pens in the upper Midwest of the USA. When she’s not writing fiction, she works in academia as a scientist to support medical research.

Fiction

The Furry And The Damned

by E. E. King

Gerald was a sculptor, gifted with the fires of creation, cursed with fathomless canyons of despair. Unable to extricate himself from a lightless, twisting passage somewhere in his frontal cortex, he shot himself.

He’d come back as a graceful tortoiseshell cat. The thing was… it was after all, the Island of the Damned …he knew he still had it in him – the ability to mold a hunk of clay into something beautiful, something alive …if only he’d had opposable thumbs.

Many were trapped on the island. The furry and the damned – thumbless painters, caterwauling sopranos. Dogs and cats searching the island for inspiration and other prey. There was danger in every bite. There was no way to be certain who a rat might be. What undiscovered Milton lay behind sharp, yellow incisors? What Michelangelo peered from small rodent eyes? It was bad enough not to be able to create…but to destroy by dinner was both horrible and banal.

Once, after picnicking on a particularly feisty, russet mouse, Gerald remembered that the mouse had been missing its left ear. What if he had just eaten Van Gogh? Gerald had always worshipped Van Gogh’s mad, vibrant brush strokes, his almost sculptural dimensionality, his vibrant hews. He recollected a crazy, starry look in the mouse’s eyes.

Gerald lay awake on the cold gritty sand, stomach, and heart aching. The next day he was a wreak. He needed at least fifteen hours of sleep a day just to feel feline.

He became a vegan, dining on sea grass and kelp. But his stomach growled and his vision dimmed. Gerald recalled reading, when he was still able to read, that cats lacking the taurine found in meat and fish go blind. Gerald’s whole world was form and light and color. Blindness was worse than death, worse than murder. Also, the sea grass made him vomit.

That very night he went hunting. Limping on cooling sands at twilight in search of sustenance, Gerald did not hear the soft padded footsteps behind him. He was grabbed so quickly, and was by then so weak, that at the first pierce of needle teeth, this heart gave out. He did not even have time to notice, before final darkness descended, that the hungry, red furred, coyote who snatched him was missing its left ear.

~

Bio:

E.E. King is a painter, performer, writer, and biologist. She’ll do anything that won’t pay the bills, especially if it involves animals. Check out paintings, writing, musings and books at: ww.elizabetheveking.com and amazon.com/author/eeking

Fiction

Three Scores And Ten

by Ramez Yoakeim

Nearly blind, the farmer navigated the forest floor by touch. Her gnarly fingers scattered the snow from the flaring trunks of ancient pines, in search of tubers and hardy mushrooms. When the concussive booms of atmospheric entry scattered the accumulations off the branches, she lifted her head, as far as her hunch would permit, and looked with milky eyes towards the horizon, and the arc of fire splitting the heavens.

The curious farmer followed the rivulets of molten snow up the low hill, to the cratered grave of the cometary fragment, where it lay sizzling from the ordeal of its extra-solar journey.

She caressed the fractured glassy exterior, and scraped her liver-spotted skin on the shard-riddled interior; sparing the meteorite’s fragile molecular passenger Sol’s lethal ultraviolet deluge.

Grim soldiers came knocking but the farmer’s sole surviving son answered only in grunts. Two weeks passed before he first noticed the beginnings of his mother’s metamorphosis. It took three-months more for her back to straighten, eyes to clear, and hair to regain its long-lost chestnut luster. Though imperceptible day-to-day, a crone more vibrant than blushing maidens could not go unnoticed by the villagers for long.

Word spread, drawing dour white-coated men brandishing tools to prick and prod, analyze and scrutinize. Within merely a year of its earthfall, the molecular traveler unveiled itself, for it never intended to remain hidden.

The cellular rejuvenation it imparted obviated the need for division, and the unavoidable accompanying risks of DNA degradation and runaway growth. Intensive study ensued, charting the molecule’s many boons. From immunity to pathogens, to heightened mental acuity, and elevated cognitive function. Medical types and philosophers alike whispered breathlessly, shyly pondering the demise of humanity’s most ardent foe. Short of accident or foul play, what avenues to those endowed remained for death to intrude?

A dozen months passed before the mighty could refrain no more. They drank thirstily from the interstellar gift’s fount, drawing the ire of all. Those once ailing at death’s door reemerged from intensive care wards flaunting vigor no surgeon’s knife nor physician’s elixir could bestow.

Overnight, those living under the yoke of presidents-for-life had an eternity more to lament their woes. Aspiring heirs to billionaires were left rudderless and distraught.

Clamoring masses–witnessing the monopolization of the ultimate prize by those who already owned everything–thundered in the streets. Make whole our broken, they roared, cure our ills. Let the heavens’ gift lift the downtrodden and lame, as it once did a gnarly penurious farmer.

Voices long-practiced at casting doubt on the tumult of a convulsing planet in the throes of calamitous change, suddenly discovered their inner conservationists. How could Earth cope with billions of immortals, with a billion more added every decade or two? Responsibility, stewardship, and stability all demanded that the miraculous gift be rationed; restricted to a few.

Only those who had earned favor may partake of life everlasting. Only those deemed worthy could be permitted to turn away from the indomitable Reaper. Prove yourself then, before praying for a reward, the mighty exhorted, as if the miracle was their own.

A pervasive ranking system sprung to judge the worth of all. Do as told and rise, fall short and have solely yourself to blame. For privation, infirmity, and death. Climb then, with your worthiness score, the rungs of an endless ladder, sprouting more steps than the stars.

Kicking those below and clawing at those above, humankind set to climbing, gleefully imagining eternity attained. Until the all-consuming race to the promised immortality spluttered to an uncertain fearful halt. Long since grown accustomed to the benefits due the first immortal, one morning the farmer failed to arise from her slumber.

Shock and disbelief ensued. How could she perish? Had she been poisoned? Was it even possible to envenom the perdurable? Could her silks have spelt her doom? She had indulged to surfeit, the glitterati droned, eaten to excess, strained to exhaustion, rejoiced immoderately, lived too fully. Surely, the fault was none other’s but her own.

The autopsy showed frayed arteries and veins, liquified organs, and the decayed vitals of a crypt postponed. Cells once rejuvenated by the molecule were undone by its machinations; deconstructed to constituent biochemical ingredients. What it once bestowed, and more, the molecule slyly reclaimed.

Whilst they sought its largesse, none questioned whence it came, or to what end. Turn away from the gift horse, they insisted, avert your gaze from its mouth. With death within the stride, however, they dissected the horse; hide and all, uncovering isotropic timers buried deep within the molecule’s intricate innards.

All told, one hundred forty-four thousand received the molecule’s pourboire. Presidents and prime ministers, queens and princes, billionaires and celebrities, grifters and sycophants alike awoke to tidings of certain doom.

Frantically they counted the days since they received the molecule’s bequest, and the days that then remained till their eternity ended. They spared no effort searching for an antidote. At first, one that retained immortality while diffusing the accompanying fuse. Failing that, means to purge the molecule altogether, reverting to what once had been. Finally, any means to stave off a resurgent death; even if only until dawn.

The molecule’s makers’ aim had been to depopulate the earth, ready it for those who sought to conquer it with nary a photon beam. Using instead an irrepressible ailment disguised as a boon.

Their failing, and humankind’s grace, had been in gravely overestimating our community mindedness. Cooperative we might be when requisite, but only as a molehill stands at the foot of the Everest of our greed. We proclaim commonwealth even when our biology demands we hoard every advantage within grasp’s reach. Even those that spell our ruin. The farmer’s son witnessed the internment of her remains alone. After, in their old hovel, he retrieved a shard she hid in a wall, and pricked his finger. Then again, to be sure. It mattered not the manner of death he met, if for three scores and ten months he lived secure.

~

Bio:

Ramez Yoakeim’s academic research once involved engineering perfectly believable details out of nothing. Fiction seemed like the obvious next step. At one time or another an engineer, educator, and entrepreneur, these days Ramez devotes himself to charting humanity’s future, one tale at a time. Find out more about Ramez and his work at yoakeim.com.

biology

You might be interested in

You might be interested in

You might be interested in

You might be interested in

You might be interested in

You might be interested in

You might be interested in

You might be interested in

You might be interested in

You might be interested in

You might be interested in

You might be interested in

You might be interested in

You might be interested in

You might be interested in

You might be interested in