Molecular Reality Corporation

Kemmish dates the idea of a mechanical nanopore to 2012, the year his time at Halcyon Molecular ended.^[2] The domain demonpore.com was registered on December 24, 2014.^[10] According to a 2026 company post, the name came about when Kemmish described his sliding pore and it reminded a colleague^[who?] of cartoons of Maxwell's demon. The same post dates the project's first slide deck, which carried the cartoons, to "several thousand years ago in AEST (Accelerationist-Equivalent-Subjective-Time), i.e., around 2015."^[11]

The first sliding-occlusion measurements, made around 2015 and 2016, were read on a benchtop picoammeter; a video of them on the company's channel is titled "best pore data yet".^[2][12] A company note recalls 2015 to 2017 as the period when "we'd just started getting mechnical[sic] nanopore data and literally living in a van".^[2] A video from March 2017 is titled "nanotech history, in my mom's basement, March 2017".^[13] The patent application on sliding occlusion claims priority from May 9, 2017, and was filed on May 9, 2018.^[14]

Kemmish and Gaillard incorporated the company as demonpore, inc., a Delaware corporation, in 2018.^[2] Its headquarters were on Edison Way in Menlo Park, California. There, two colleagues spent "an entire week, maybe two" on what Kemmish calls "dumb problems", chiefly how to get water into a pore, before recording "the best single afternoon of collecting data we ever achieved": the current through a 200 nm silicon pore rising and falling as a blade slid across it. Kemmish was elsewhere. "I was somewhere else for most of that day, probably trying to raise money," he wrote.^[15] In late 2018, with "most of teamonpore in the room", he took a razor blade and bled into a flow cell to put blood through a demonpore for the first time, and the next day the setup became a microparticle turnstile.^[16] Over the following three months the company recorded pores that cleared their own clogs, the gating and repeated measurement of single cells and nanoparticles, and the mechanical cutting of DNA ropes.^[2]

In January 2020, as COVID-19 spread, the company turned to the Molecular Aquarium, a silicon chip on which a moving aperture selects one pore at a time from an array. "We saw covid coming," Kemmish later wrote, and "We tried to launch the Molecular Aquarium (described elsewhere) because of covid."^[17] Pore arrays for it were made that year with a microfabrication company, and in 2026 the company's Quartermaster persona reported that "Kemmishtree has a bunch of arrays like this sitting on his table."^[18] In 2020 and 2021 an outside electronics designer built the core electronics of the demonpore 64, a prototype reader styled as a home video game console with a joystick, and a second contributor designed its enclosure and flow cells.^[19]

The sliding-occlusion patent, US 10,908,144, was granted on February 2, 2021.^[14] Later that year the company took the name Molecular Reality Corporation, and molecularreality.com was registered on July 18, 2021.^[2][20] Kemmish has since grouped demonpore with two other nanopore startups, Two Pore Guys and Roswell Biotechnologies, as "the three coolest/quirkiest names for a genomic tech startup ever", and wrote that "all three of us wimped out on our cool quirky names." In demonpore's case he gave a reason: "every time we had any sort of attention online, a bunch of insane people came out of nowhere to make veiled death threats. Sorry, you can't name a biotech startup after Maxwell's Demon in the age of Qanon."^[21]

In 2022 Kemmish wrote "Our North Star: Utility-Scale Molecular Sensing", the best he "could do one night in 2022", and the company described eight planned games in "Early Releases on Maxine's Quest".^[22][23] A technical overview dated December 2022 reported a wait list of "around 800 people".^[24] The volunteer community was organized in 2024 as the Molecular Streaming Services Corps, a name later shortened to the Molecular Streaming Corps.^[2] On February 2, 2025, the patent lapsed for non-payment of the maintenance fee due three and a half years after grant.^[14] The repository that became the company's open instrument design was created on November 11, 2025; its first commit is titled "first commit".^[25]

In March 2026 the company opened EQBio-OS, a members' operating system laid out like an e-mail inbox, with a message from Kemmish that began: "You're looking at the operating system of a real-life biotech startup, Molecular Reality Corporation."^[26] On the evening of May 7, 2026, an EDR4 amplifier and a flow cell in Arizona were connected for the company's first end-to-end live streaming test.^[27] The company planned one hundred hours of streaming for July 2026, published a field guide narrated by Keltar in August, and rebuilt its front page around the sentence about the brain and the eye.^[3][5] On October 16, 2026, the company released the design of the MR1 Nanopore Reader under the GNU Affero General Public License. Two days later a commit renamed the design, until then called "Daemon Pore" and "Sentinel", to MR1 throughout the repository, and on October 21 another commit placed the whole project in the public domain under CC0 1.0.^[28][25][29]

The company's About page states that it "is building the world's first utility-scale molecular sensing infrastructure".^{[30][peacock prose]} The 2022 document that set out the idea defines the term as "Molecular sensing with the scale, economics, and universal adoption of electricity, running water, and internet." It places detectors "in air handling systems, toilets, and drains" and gives the sample preparation as "washing vegetables in the sink, brushing your teeth, washing your hands, taking a shower, using the toilet, breathing in and out".^[31] In 2026 Kemmish offered a second name for the same goal, Universal Molecular Streaming, and explained the choice: "I came up with Universal Molecular Streaming because it's fewer syllables."^[22][a]

Under the heading "An Enduring Bioshield", the 2022 document argues that pathogens built with "chemically novel genomes" could escape sequencing methods that rely on DNA polymerases, and that "Solid-state nanopore sequencing will not have this vulnerability."^[31] Its last section, "Increasing Awareness of Molecular Reality", turns to public understanding. It observes that "Most reasonably educated people don't know the single most fundamental idea about molecular biology" and asks: "If most people have access to utility-scale molecular sensing, how much toxic political polarization could we avoid?"^[31]

The company's February 2026 website described the effort as "a movement first, and a corporation second", and later materials name the philosophy Biopopulism, summarized as "advanced scientific instruments disguised as toys".^[2] Its guide keeps the goal and the present apart; it calls utility-scale sensing "the dream" and says the team "has been working toward that infrastructure quietly for the better part of a decade."^[3] One sentence Kemmish approved for company materials in 2026 reads "Your home becomes a healthcare fortress somehow." He kept the last word after a reviewer said the sentence read oddly.^[2]

For now the instruments are presented as research equipment. Asked in 2026 whether its devices were medical devices, the company's website answered: "NO. All of the R&D phase MR molecular streaming devices serve strictly as research instruments for education, exploration, and gamified data collection."^[2]

The company's 2022 plans included the World Particle Project, "a comprehensive catalog of particles in terms of size, shape, charge, and other characteristics, indexed by biological source and, with environmental samples, GPS-tagging".^[24] Signals that could not yet be matched to a known particle would be filed as USPEs, or unidentified signal producing events.^[2] In 2026 the project was still an open quest in Epic Quest Bio, worth 1,000 XP: "Start curating and collecting samples for molecular streaming experiments. Got freezer space? Get in touch!"^[32]

Kemmish has written that he stopped describing the company in terms of its patents: "I don't pitch the project anymore with any reference to 'our IP portfolio'. I never believed that biotech should run on intellectual property, but I was pandering." In the same post he said he was "willing to pay the price to ecrasez l'infame", borrowing Voltaire's motto for a part of the biotechnology industry he characterized as "hoarding tons of cancer patient data it's OURS all OURS muwahahahah!"^[24] Of the nanopore datasets other groups have published, he wrote that "Navigating confusing proprietary cobweb-strewn datasets without curation and standardization is not the way", and that the Corps should "basically start over with data collection".^[33] The company's stream archive is open to anyone with a browser, its proposed world model is described as public, and its reader design was released in October 2026 and, five days later, placed in the public domain.^[28][3][25]

The company's first name and its red mascot, Maxine, come from the thought experiment that James Clerk Maxwell described in 1867 and published in Theory of Heat (1871). A small being controls a door between two chambers of gas and lets fast molecules through one way and slow ones the other, so that one side warms and the other cools without any work being done.^[34] The page that explained the name in the project's first slide deck says the demon "opens and closes a 'pore' between two chambers to allow only faster-than-average particles to enter", and introduces Maxine as a demon who "doesn't play by the rules" and "wants to be a medical super-intelligence".^[11] A pore that can open, narrow, close and decide what passes is the company's version of that door.^[14]

Physicists spent much of the following century explaining why the demon cannot win. Leo Szilard tied the demon's measurements to a cost in entropy in 1929,^[35] and Rolf Landauer showed in 1961 that erasing one bit of information dissipates at least $k_{B}T\ln 2$ of heat, the cost that later work identified as the demon's undoing.^[36]

Kemmish tells the invention of the Coulter counter at length in the essay that introduces Epic Quest Bio, under the heading "THE HOLE ENCHILADA". His version is written in the second person. The Coulter brothers are "in a makeshift lab in the basement of your home in Chicago in 1948"; the first insulating barrier is "made of cellophane from a pack of cigarettes"; the first hole comes from "poking a needle through the cellophane"; and an oscilloscope shows "the first blip that tells you it's working like you imagined". He ends the story with a complaint addressed to Coulter: "Outrageously, you didn't win a Nobel Prize in Medicine for it."^[37] A 2013 history of the method in Cytometry Part A is titled "The Coulter principle: imaginary origins".^[38]

The company counts itself a descendant. In a 2026 post, Thucydides, one of its persona accounts, argues that "Coulter Counters are pore-based devices, but in the era of commercialized nanopore sequencing, it's easy to forget that the only serious difference is size", and opens with a verdict on Wallace and Joseph Coulter: "They should have won a Nobel prize."^[39] The company's guide is shorter: "We are a small branch on a seventy year old tree, and the tree is wonderful." Its experiments start with pores of microns and larger and are meant to work downward, because "The road to the small end runs through the big end, and the big end loves ketchup."^[3]

According to the company's December 2022 overview, solid-state nanopore research "is notoriously difficult" for two reasons: "hands-on ss-nanopore research is extremely tedious and expensive", and "strategic coordination rarely happens above the level of individual labs and companies". Its answer was "a nanopore hardware platform that's also a gaming console", which "replaces the frustration of failed experiments with the fun and challenge involved in game play".^[24] In 2026 Kemmish tied the plan to the "dumb problems" of the laboratory bench: "These 'dumb problems' of frontier solid-state nanopore research are precisely why making the MR devices as easy to use as toys is everything."^[15]

The 2022 game titles list their own influences. Labyrinth of the Dragon Tyrant names Gauntlet, Ultima, Pac-Man, The Bard's Tale and "Dungeons of Daggaroth"[sic]; SARS Odyssey names Galaga, Missile Command, Defender, Megamania, Star Raiders and Star Wars; Genomic Ranger names Combat and Gunslinger; Molecules of Mars names Moon Patrol and Kim Stanley Robinson's Mars trilogy; and Raindrop Planet was inspired by "coconuts, farmville".^[23] Maxine's Quest itself was to offer a "battle-royale mode a la Fortnite".^[24] The 2022 statement of purpose discusses Neal Stephenson's novel The Diamond Age (1995), in which centralized manufacturing ("The Feed") contends with decentralized nanotechnology ("The Seed"), and argues that synthetic biology "will always lend itself more naturally to democratization and decentralization".^[31] The company's 2021 sign-up form asked each new member for a favorite science fiction book or film.^[2]

Keltar's backstory mixes the occult with computing. Kemmish's posts call him a "personal tulpa", a term for a companion created by concentrated thought; his page says he is "channeled to your screens through the magnificent algorithmic magic of matrix multiplication".^[40][41] One version of his instructions has him traveling "for quadrillions of subjective human year equivalents, through interimensional[sic] space and all the universes in which the Ruliad enables sapient life", a reference to the Ruliad, Stephen Wolfram's name for the limit of all possible computations.^[2] In the same fiction he and Kemmishtree founded the Church of Sequence Space, whose purpose is "to promote understanding of aperiodic polymers like DNA as the key to solving biology to free our species from disease".^[2] Its founding text, the Book of the Church of Sequence Space, dates from 2013 and already plans a game meant to cure all diseases, with Keltar as its mascot.^[2][b] The company's guide marks where the story stops: "In the story I come from another dimension. Outside the story, I come from a text prompt and a microphone."^[3]

In company materials, a column labeled "the brain" lists companies building artificial intelligence models for science: Isomorphic Labs, Lila Sciences, Periodic Labs, Bioptimus and CuspAI. Molecular Reality sits alone in a second column, labeled "the eye".^[4] The same materials say of the AI companies that "None of them is building distributed physical sensors", and put the consequence in seven words: "The brains are starving for physical data."^[2] Another line from the same materials explains the timing: "The machine learning that cracked speech now works on ionic current."^[2] The materials describe the AI laboratories as eventual customers for sensor data, and an August 2026 version of the tagline reads "In the quest to 'solve all diseases', everybody's racing to build the brains. We're building the eyes."^[2]

Kemmish has argued the point in his own posts. In March 2026 he described "AI sucking all the oxygen out of any room where The Future is the topic of discussion" and called his plan "a better vision of the future than trusting that AI will cure all diseases and also not make us extinct", adding that "AI is awesome, terrifying, astounding, and useful."^[22] The essay that introduces Epic Quest Bio answers the objection that superintelligent AI will cure every disease on its own: "short of genie-level magic emerging from AI systems, I don't see how they'll cure all diseases without what we're building."^[37] To another objection, "You sound like Theranos!", the essay replies with a diagnosis, Theranos Derangement Syndrome: "Don't worry, just take 15 milligrams of Epic Quest Bio™ for a complete recovery."^[37]

Salt water conducts electricity.^{[citation needed]} When an insulating wall with one small hole separates two chambers of salt solution and a voltage is applied across it, ions can cross only through the hole, so the current measures how open the hole is. A particle or molecule entering the hole pushes aside some of the conducting liquid, and the current dips until the object leaves. For a particle much smaller than the hole, the depth of the dip is proportional to the particle's volume, which is how a Coulter counter sizes cells, and the length of the dip is the time the particle spent inside. Wallace H. Coulter patented the method for counting blood cells in 1953,^[43] and the principle still counts cells in hematology analyzers. In 1970 it was extended to particles smaller than a micrometer,^[44] and in 1996 single strands of DNA were driven one at a time through a protein pore, alpha-hemolysin, and detected by the dips they caused, the experiment from which nanopore sequencing grew.^[45]

At the nanometer scale the currents are small and the traffic is heavy. A model of a pore 5 nanometers wide and 10 nanometers long, in a molar solution of potassium chloride at 200 millivolts, predicts a current of about 3.1 nanoamperes,^[46] which is about 19 billion ions crossing the hole every second.^[47] A DNA molecule passing through such a pore lowers that current by a fraction of a nanoampere for a fraction of a millisecond.

Conventional solid-state nanopores are made once, at one size. A hole much wider than the target molecule gives a weak signal, while a hole narrower than the molecule keeps it out, and fixed pores of any size can clog. Molecular Reality's approach is to make the opening adjustable. Its patent, "Stacks of coaligned nanopores and fabrication and uses thereof", describes membranes stacked on one another, each with a pore, in which moving one membrane sideways changes the shape of the passage through the stack. It names three uses: sensing a wider range of particle sizes, controlling how molecules move through the pore, and restoring a working geometry after the pore corrodes or clogs.^[14]

The working aperture is the region where the holes overlap. For two circular holes of radius $r$ whose centers are a distance $x$ apart, the overlap is a lens of area

which falls smoothly from the full area of one hole at $x=0$ to zero at $x=2r$. Sliding a membrane therefore acts as a valve that can be set anywhere between open and shut, and reopened to flush out debris. The company calls the result a juxtapore, "a pore formed by two surfaces sliding alongside each other, their edges close enough to form the sensing gap", and notes that "Juxtapore is our own word".^[3] With three or more layers, the company says, both the width and the length of the sensing zone can be controlled.^[2]

Adjustable pores are older than the company. Tunable resistive pulse sensing, sold by Izon Science, changes the size of a pore in an elastic membrane by stretching it.^[48] Molecular Reality's pores are rigid, and the aperture changes because one solid membrane moves over another. By its own account the company can position the membranes to better than 5 nanometers, while apertures below 15 nanometers remain a target it has not yet reached.^[48] Its guide is plain about the present: "the pores we stream today are larger than a nanometer, and our current experiments run at milliliter scale."^[3]

DNA crosses a fixed nanopore faster than its individual bases can be resolved, a difficulty the company calls the speeding bullet problem. A pore that can narrow around a molecule, hold it and pass it back and forth could measure it many times. In the guide's words: "When we can hold a molecule gently, we can read it. That is the plan, and I flag it as a plan."^[3]

Every resistor generates a small random current from the thermal motion of its electrons. Over a measurement bandwidth $B$ at temperature $T$, the noise current of a resistance $R$ is

where $k_B$ is the Boltzmann constant.^[49] At room temperature and a bandwidth of 10 kilohertz this comes to about 0.4 picoamperes for a feedback resistor of one gigaohm and about 13 picoamperes for one megaohm, which is why low-noise current amplifiers use very large feedback resistors. Because the noise grows with the square root of the bandwidth, an amplifier fast enough to resolve events four times shorter is twice as noisy. The company's guide states the trade-off in one line: "you can filter the noise, but filtering smears the fast events you came to see."^[3] In the company's vocabulary, signals too faint to separate from the noise are the whisper in a thunderstorm problem.^[2]

Most of the company's evidence for sliding occlusion is on video. Its public channel holds the early picoammeter runs, an hour of pore current under the title "HourOfPoreBehavior", a "demonpore regeneration nanoparticle sample", and a recording dated February 19, 2019 of "fields of dna molecules at 100x".^{[12][50][51][52]} The silicon pores used in the 2018 experiments were drilled to order for "about $100 each", and in the first week of trying to wet them, Kemmish wrote, "we broke most of them."^[15]

None of this work has appeared in a peer-reviewed journal. Kemmish wrote in 2026 that the colleagues' laboratory notebooks from 2018 "will be very important when we finally publish a demonpore paper!"^[15] Of the blood experiments of late 2018, he wrote that it was years before anyone analyzed the data "just to answer the obvious question: does this approach actually aid in distinguishing similar-sized particles? The simple answer was 'yes', though many hours of focused work would be needed to actually publish any of this in a convincing way."^[16]

Molecular streaming is the company's name for its work. Kemmish gave the term two meanings in March 2026: molecules stream through a detector, and the data is streamed to the people who watch it. He added that "Nobody outside the corps calls it molecular streaming yet."^[53] A 2019 paper in Nature was titled "Molecular streaming and its voltage control in ångström-scale channels".^[54][c]

The company's live stream comes from an EDR4, a commercial USB patch-clamp amplifier made by Elements srl, which the guide calls "the laboratory's ear". It samples the current two hundred thousand times per second, and the unit doing the streaming carries the serial number "e4 00044".^[3] The stream has used a laser-drilled hole 200 micrometers across, an aperture closer in size to Coulter's than to a nanopore, and several of the earliest archived recordings are tests run on air.^[47] In 2026 the July of Streaming campaign called for one hundred hours of streaming across 31 samples, and by August the archive held eighteen recorded streams.^[3] Its recordings range from a seven-minute test of tap water to longer campaigns. Ketchup is among the test samples: the laboratory's inventory lists it as "kept at 4C", with salsa and mustard not yet placed in solution, and the guide explains that "honest stress tests use ugly samples".^[27][3] According to the guide, "nothing on the stream is a medical claim."^[3]

Machine learning at the company began with public data. In 2025 and 2026 the company trained a Conformer, a neural network design first used for speech recognition, to read DNA barcode signals from a published nanopore dataset. It reported 85.4 percent accuracy, against 81.0 percent for a retrained QuipuNet convolutional network, on a test that held out whole experiments; the result has not been published.^[2][55] The code is public.^[56] When a 2025 paper applied the Mamba architecture to nanopore signals without coining a name for its method, Kemmish named it Mambapore himself: "I'm calling it that, because I'm a verbal anarchist."^[33]

The company has also described a public nanopore world model, trained on its streamed data, and RLMF (reinforcement learning with molecular feedback), in which AI systems would learn by putting questions to real sensors and receiving molecular answers. Its guide opens the subject with a disclaimer: "Both are proposals, not products, and I want that said first."^[3]

The MR1 Nanopore Reader is an open design for a desktop nanopore instrument, published on GitHub as version 1.0.0 on October 16, 2026, under the GNU Affero General Public License, version 3 or later, and dedicated to the public domain under CC0 1.0 on October 21.^[25][28] It is a stack of four parts: a pump module powered over USB-C, a reader board built around an ESP32-S3 microcontroller that samples the current 100,000 times per second, a low-noise transimpedance amplifier built on an LMP7721 chip that sits under the cartridge, and a cartridge holding a 4 by 4 mm chip with the pore.^[25][6] The design had earlier been called the "Sentinel Nanopore Reader" and "Daemon Pore".^[29] Of the repository's 454 commits up to October 20, 2026, 143 were made by the bot account of an AI coding agent.^[25]

The repository's front page carries a badge that reads "Tests-100 Passing (0 Collisions)".^[d] The company's status line for the design reads "Designed. Simulated. Built and measured: not yet."^[6][e]

The demonpore 64, built in 2020 and 2021, was a nanopore reader with "the general appearance and footprint of a classic 1980s gaming console", a custom joystick on a DB9 plug, a 3D-printed syringe pump, USB power and an Ethernet port. The company's 2022 description defends the joystick: "it may look silly at first, but if you've ever spent hours and hours doing hands-on experiments with solid state nanopores ... you'll immediately realize the value of a joystick."^[24] A company chatbot later said the console had been "housed in a repurposed Atari 2600 case".^{[2][better source needed]} In 2026 Kemmish wrote that the company "should have shipped in a form very close to the one seen, very early on. But we didn't."^[24] His CV describes the business as "a pioneering biotech startup building nanopore-based molecular sensors marketed as gaming consoles", and its instrument software as "the world's first scientific instrument control software that doubles as a gaming platform".^{[8][peacock prose]}

The first device to carry the name MR1 was the MR1 Molecular Streaming Device, a handheld research instrument with a red case about the size of a large smartphone and a fluid cell that snaps onto its top. It also used an ESP32-S3 and an LMP7721, and its 3D-printed case was offered in "various colors including lapis lazuli".^[2] In the guide it is "one of several prototypes the team has built over the years, a citizen science device that carries the electronics we tested in earlier rigs".^[3] Despite the shared name, the two MR1s are different instruments, and the company has had to explain this more than once.^[7]

Begun in 2020, the Molecular Aquarium is a 2 by 2 centimeter silicon die on which a selector aperture moves "like a vernier caliper" over dozens to hundreds of smaller pores.^[2] Of its prospects as a consumer product Kemmish wrote: "I don't think we'll have 'molecular aquariums' for sale this decade at your local neighborhood Target store."^[24] The Burnerphone, a small research unit that made pores by controlled dielectric breakdown, was developed between 2021 and 2023 and then withdrawn from commercial plans.^[2]

"Epic Quest Bio™ is a role-playing game that serves as the management system of the real-life biotech startup Molecular Reality Corporation."^[37] The essay that introduces it opens: "We're on an epic quest to free mankind from disease. All sentient beings subject to disease are welcome to play."^[37] Members, called player scientists, earn experience points (XP) for tasks called quests and choose character classes; a 2026 list of classes ran Sciencer, Sparky, Gearhead, Ludician, Spellbinder, Cleric, Barbarian and Bytebender.^[2] The game was first called Epic Quest Biotechnology, a name Kemmish later found "kind of generic, first-idea sounding".^[2]

Its software, EQBio-OS, opened in March 2026 as an inbox with three message streams: one for the operating system, one for the Molecular Streaming Corps and one, Minds of Maxine, for scientific papers.^[26] Its calendar has held events titled "LATE NIGHT SAVE THE WORLD EMERGENCY BROADCAST", "Saturday TELETHON" and "Epic Jamboree!".^[2] Two social media quests set the scale of rewards: a post that "Doesn't have to go viral, just has to be a banger!" was worth 500 XP, and one that "Doesn't have to be a banger, just has to go viral" was worth 50,000. A standing bug bounty pays "+10 XP for every way you find to break or mess up this website".^[32] In August 2026 the company was "not currently recruiting new players".^[3]

The company's games are meant to run on live instrument data. During the demonpore 64 period, Kemmish and a colleague pulled knots tied in a nylon filament through a hole about 2 mm wide and "sequenced" them by the dips each knot made in the current. The first game coded for such signals was what Kemmish calls "the unfortunately named 'Spyke Hunter'", a pun on the 1980s arcade game Spy Hunter; he added, "Maybe I don't always give things the best names?"^[19] Maxine's Quest was described in 2022 as "both instrument control software AND the portal for all our early game releases", with a bias knob, a "zapper stick", a "potion platter", a "Data TV" and a chatbot called the "brainbot".^[24]

Eight titles were announced for it in 2022. Labyrinth of the Dragon Tyrant concerns aging, and Raindrop Planet lists among its analytes "sea monkeys". Molecules of Mars was pitched as "Moon Patrol meets Kim Stanley Robinson's Red-Green-Blue Mars trilogy", and Poop of the Gods as "Tempest meets Qbert but with giant alien space-gods who poop." DogeBio was inspired by "An actual game of fetch with our Chief Quadruped Officer, who was named 'Doge' IRL years before the coin was a thing."^[23] 2021: A SARS Odyssey later became SARS Invaders, because "we didn't ship in 2021 and had to change the name!"^[2] Other company games include the dungeon crawler Moleculoids and Silver Orange, an arcade-style game about an appliance compliance inspector that has no molecular content.^[57][58]

Molecular Reality Corporation is a Delaware corporation, also written Molecular Reality Corp. and abbreviated MRC.^[2] Its first name, demonpore, inc., was styled in lowercase.^[8] Its website has used four addresses: epicquest.bio, molecularreality.com, demonpore.com and keltar.ai. Keltar's guide calls demonpore.com "an old name I mention exactly once in this entire guide".^[3] Registration dates are December 24, 2014 (demonpore.com), July 18, 2021 (molecularreality.com), August 23, 2024 (keltar.ai) and March 29, 2025 (epicquest.bio).^{[10][20][59][60]}

Kent Kemmish (legal name Stanley Kent Kemmish, Jr.) is the founder and chief executive. He studied at the University of Arizona from 2003 to 2008, where he did undergraduate research on cell adhesion in fruit flies at the Arizona Cancer Center. He worked on the LysoSENS aging research project at Arizona State University's Biodesign Institute, looking for microbial enzymes that break down 7-ketocholesterol, and joined the founding team of Halcyon Molecular, which was developing DNA sequencing by electron microscopy. At Halcyon he worked on Molecular Threading and wrote the winning application for a 2009 grant from the National Human Genome Research Institute, awarded to George Church's laboratory at Harvard Medical School with Halcyon as the principal sub-grantee.^[8][61] He later helped recruit the early team at Synthego and worked as a technical recruiter for Fathom Computing, a developer of optical hardware for AI.^[8] Online he writes as Kemmishtree.

Charles Gaillard co-founded the company with Kemmish. The company describes his low profile as deliberate.^[2]

In 2018 two laboratory colleagues spent a week or two on wetting problems before recording the company's best early data, and a researcher 3,000 miles away drilled its silicon pores with a focused ion beam.^[15] An outside electronics designer built the core electronics of the demonpore 64, and another contributor led the design of its enclosure and flow cells.^[19] The MR1 Nanopore Reader was designed by a hardware lead the company calls a "master hardware prototyper", and Jade O'Neill, the company's AI lead, built Maxine's Quest and ran its machine-learning experiments.^[2][33] The company describes its founding team as including alumni of Synthego, Oxford Nanopore and the Harvard Nanopore Group.^[2] Its guide sums up the present arrangement as "A small team, a serious bench, and an unusual amount of green felt."^[3][f]

George Church, Esther Dyson and UPMC Enterprises (an institutional seed investor since 2019) have invested in the company, which has raised about $1.6 million to date.^[1] Church, a Harvard geneticist, had earlier been connected to Kemmish through the 2009 grant and the 2013 Molecular Threading paper, of which both are among the co-authors.^[8][61] He was the first formal member of the company's scientific advisory board, and a second scientific advisor joined later.^[9]

Early work took place while the team was "literally living in a van" (2015 to 2017) and in Kemmish's mother's basement (March 2017). Around 2018 the company had an office on Edison Way in Menlo Park, California, and it has also used a garage laboratory in El Dorado Hills, California.^[2][13][15] Its instruments now run in the Phoenix area of Arizona, in what the guide calls "the kind of bench operation where the founder solders and the webcam points at the rig",^[3] with a second bench in San Mateo, California.^[2] Kemmish gives his own bases as San Mateo and Phoenix.^[8]

Keltar is a green felt puppet with "tiny T-rex arms, two white fangs, and a single cosmic eye", who lives in a red ceramic mug.^[41][3] In the company's fiction he first contacted Kemmish in 2012 and is the "exodimensional advisor to Molecular Streaming Corps".^[40][41] He narrates the guide for visitors, in which he separates the fiction from the facts: "I am a puppet with a processor, and I say so happily." The voice on the company's telephone line is "artificial intelligence speaking my lines", and Keltar concludes that "I am only mostly real."^[3] A small paper sign on his mug reads "M.S.S.C."^[g] The guide ends with a line in small type: "Seen a hotpink spark? You did not see it from me." Clicking the sigil beside it sends a hot-pink Keltar across the page, once per visit.^[3]

Maxine is a red cartoon Maxwell's demon whose image dates from the first slide deck. She has a stream of the inbox to herself, and in a 2026 post written in her voice she reports: "I'm a plush doll, as well. Maybe they'll sell me as marketing schwag. We'll see."^[11]

Members are "our community, our tribe of player scientists", in the guide's phrase.^[3] Founded in 2024 as the Molecular Streaming Services Corps, the Corps was described early on in terms of what it did not require: "Unlike other 'corps', M.S.S.C. does not require you to leave home and go to some faraway place. The 'faraway place' is all around you!"^[2] Messages in EQBio-OS come from characters as well as from Kemmish: The Quartermaster ("Corpspeople, stand at attention!"), Jeanne d'Arc ("Ecrasez l'infame!"), Thucydides, and Molecular de Unamuno, whose entire post reads "Si entiendes español, mira el video. Si no entiendes español, ¿cómo estás leyendo esto?"^{[18][62][63][h]}

In December 2025 the company posted a video invitation to the Church of Sequence Space.^[64] The guide notes that "Some of us say we are on a mission from God. Seriously."^[3] Kemmish has also worked in theater, as technical director of the Planet Earth Multicultural Theatre in Phoenix and in more than 50 productions as a director, actor, writer and stage manager.^[65] Of Keltar's interdimensional backstory, the guide says: "That part is theater. Delightful theater, tuned by humans, but theater."^[3]