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History of Molecular Reality Corporation

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From Molecupedia, the encyclopedia of very small things
History of an American nanopore instrument company
For a dated list of events, see Timeline of Molecular Reality Corporation.

The history of Molecular Reality Corporation begins with Kent Kemmish's idea, in 2012, for a nanopore whose size could be changed by sliding one membrane across another. For six years the idea was a project. It acquired a name taken from Maxwell's demon, a domain registered on Christmas Eve 2014, a slide deck illustrated with cartoon demons, and its first measurements, made while the team was living in a van. In 2018 Kemmish and Charles Gaillard incorporated it as demonpore, inc., which from an office in Menlo Park, California, patented the idea, put the founder's blood through one of its pores and built a prototype instrument styled as a 1980s game console.

In 2021 the company became Molecular Reality Corporation. It described its goal as utility-scale molecular sensing, let its patent lapse in 2025 and organized its work as a role-playing game, Epic Quest Bio. In 2026 it opened an operating system for members, began streaming the current from a commercial amplifier to the public in May, and in October released the design of its own instrument, the MR1 Nanopore Reader, as open-source hardware that had not yet been built. Much of the early history is known from more than twenty messages that Kemmish and the company's fictional personas posted to members on March 28 and 29, 2026.[1] By the company's own account its ideas came from a thought experiment of 1867, a blood-cell counter of the 1940s, the video games of the 1980s and science fiction.

Before demonpore (2003 to 2012)

Arizona

Kemmish studied at the University of Arizona from 2003 to 2008. Through its Undergraduate Biology Research Program he worked in a laboratory at the Arizona Cancer Center in Tucson on integrin signaling, the system by which cells grip their surroundings, in the fruit fly Drosophila.[2] He also worked on the LysoSENS project at the Biodesign Institute of Arizona State University, which looked for microbial enzymes able to break down substances that build up in aging cells; his focus was 7-ketocholesterol, an oxidized form of cholesterol found in the plaques of atherosclerosis.[2] The method was to grow microbes on the target compound as their only source of carbon and energy and then look for the enzymes that let them digest it. It produced his first paper, published in Rejuvenation Research in 2009 under the title "Medical bioremediation: a concept moving toward reality".[3]

In Phoenix, Kemmish also worked in theater, as technical director of the Planet Earth Multicultural Theatre and in more than 50 productions as a director, actor, writer and stage manager.[4]

Halcyon Molecular (2009 to 2012)

In 2009 Kemmish joined the founding team of Halcyon Molecular in Redwood City, California, which was trying to sequence DNA by imaging it in an electron microscope.[2] That autumn he wrote the winning application for a Grand Opportunity grant from the National Human Genome Research Institute, made in collaboration with George Church's laboratory at Harvard Medical School; the Church laboratory was the formal recipient and Halcyon the principal sub-grantee.[2]

Reading DNA in an electron microscope requires the molecule to lie straight, at a known position, on a dry surface. Halcyon's method for this, Molecular Threading, drew single molecules out of a droplet with a fine tip, stretched them through the boundary between liquid and air, and laid them down on a dry surface. A 2013 paper in PLoS ONE described the technique, reporting DNA laid down in arrays on elastic surfaces and thin membranes with "high straightness and uniformity over length scales from nanometers to micrometers"; Kemmish and Church are both among its fourteen authors.[5] Kemmish presented the company's work in talks including "Improved Genome Sequencing as an Accelerant of Longevity Research" at a Humanity+ conference in Hong Kong, and gave presentations at the Foresight Institute's 25th anniversary reunion conference.[2]

His CV also lists work recruiting the early team at Synthego, a supplier of CRISPR reagents, where he ran proof-of-concept directed evolution experiments, and as a technical recruiter for Fathom Computing, which built optical hardware for artificial intelligence. It names a patent application of his, "Methods and systems for encoding data into nucleic acid molecules", which describes storing data by exposing "promiscuous template nucleic acid molecules" to changes in their environment.[2]

The project before incorporation (2012 to 2017)

The idea (2012)

Kemmish dates his first thought of mechanical nanopores to 2012.[6] The company's mascot, Keltar, dates his own arrival to the same year: according to his page, his "femtotech-felt form first bridged the dimensional divide to commune with our founder Kent Kemmishtree in 2012".[7] In the company's fiction the two went on to found the Church of Sequence Space in 2013.[6]

Name and first slide deck (2014 to 2015)

Flyer for demonpore (mechanical nanopores for universal molecular sensing): four flat red cartoon Maxine poses with captions (shape-shifting trailblazer, does not play by the rules, wants to be a medical super-intelligence, might save your
A page that the company says comes from demonpore's first slide deck, from about 2015. Under the heading "So... What's with the Name?" the words "Biotech Click-Bait!" are struck through.

The domain demonpore.com was registered on December 24, 2014.[8] The name came from a colleague's reaction to Kemmish's design. A 2026 post written in the voice of the company's red demon character, Maxine, says that "When our founder Kent explained his concept for sliding-occlusion-based dynamic mechanical nanopores, it reminded a colleague of those little cartoons", meaning the cartoons used to explain Maxwell's demon.[9] In that thought experiment, proposed by James Clerk Maxwell in 1867, a tiny being sorts the molecules of a gas by opening and closing a door between two chambers, letting fast molecules through in one direction and slow ones in the other. The page reproduced with the post explains that the demon "opens and closes a 'pore' between two chambers to allow only faster-than-average particles to enter".[9]

The post dates the slide deck to "several thousand years ago in AEST (Accelerationist-Equivalent-Subjective-Time), i.e., around 2015."[9] Its page about the name introduces Maxine with four captions: she is "a shape-shifting trailblazer", "doesn't play by the rules", "wants to be a medical super-intelligence" and "just might save your life".[9]

Van and basement (2015 to 2017)

The first sliding-occlusion experiments, in 2015 and 2016, read the current on a benchtop picoammeter as one surface slid over another; a video of the results on the company's channel is titled "best pore data yet".[6][10] A company note recalls the period as the time when "all of this was a twinkle in our eyes and we'd just started getting mechnical[sic] nanopore data and literally living in a van".[6]

In March 2017 Kemmish recorded a video titled "nanotech history, in my mom's basement, March 2017".[11] Two months later, on May 9, 2017, came the priority date of his patent application on sliding occlusion.[12]

demonpore, inc. (2018 to 2020)

Main article: Demonpore, inc.

Incorporation and Menlo Park (2018)

Kemmish and Charles Gaillard incorporated demonpore, inc., a Delaware corporation, in 2018.[6] Its office was on Edison Way in Menlo Park, California,[13] and the company has described its founding team as including alumni of Synthego, Oxford Nanopore and the Harvard Nanopore Group. Kemmish's name for the group was "teamonpore".[6][14] The company has also used a garage laboratory in El Dorado Hills, California, where it recorded a video titled "wet dpore EDH 1 100 mM KCl".[6][15] The patent application, "Stacks of coaligned nanopores and fabrication and uses thereof", was filed on May 9, 2018, and published that November.[12] It describes a stack of membranes, each with a pore, in which moving one membrane sideways changes the shape of the passage through the stack and with it the sensor's behavior.[12]

That year Kemmish also asked a machine-learning specialist to survey the literature on nanopore signal processing for him, the first of several such reviews. "When I first did this in 2018," he wrote, "I was told that none of the best work at that time was yet making use of frontier capabilities."[16]

The pores of the period were silicon chips drilled with a focused ion beam by a researcher "3,000 miles away", at "about $100 each".[13] In a 2026 post Kemmish called the obstacles of those months "dumb problems: the simple sounding things that are actually what make the lab bench hell when you're trying to get these things to work", and named the worst of them: "The biggest, ugliest, dumbest one is: how do you get water through the pore?" Of the first week with the new chips, "trying to determine the right wetting protocol", he wrote: "we broke most of them."[13]

Two colleagues then spent "an entire week, maybe two, struggling with the simplest things" before what the post calls "the best single afternoon of collecting data we ever achieved early on at demonpore, inc.". They had "a beautiful, fully wet, stable 200 nm underpore", and the current through it rose and fell "as the top blade slides across it". Kemmish was not there: "This was it: the best demonpore. And I wasn't in the room. I was somewhere else for most of that day, probably trying to raise money." He wondered afterward whether the same setup could have caught and ratcheted a strand of DNA, and answered "Maybe, maybe not".[13] He added that consulting the colleagues' laboratory notebooks "will be very important when we finally publish a demonpore paper!"[13]

Rain of blood (late 2018)

Main article: Rain of blood (demonpore)

"Almost all our experiments up to that point were only about trying to form and adjust demonpores with the greatest control and sensitivity, but we hadn't actually tried to look at any analytes yet," Kemmish wrote of late 2018. At the end of one day, "with most of teamonpore in the room", that changed: "Completely on a whim as we were shutting down for the day, I felt that I should prove a point, and I grabbed a razor blade and bled into the flow cell."[14] The team kept the setup running "for days, including turning it into a microparticle turnstile the next day".[14][a]

Years passed before the recordings were analyzed, "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."[14]

Results and backers (2018 to 2019)

Over the following three months the company recorded what its records list as autonomous pore declogging (December 2018), gating and oversampling of individual cells and nanoparticles (January 2019) and mechanical cleavage of DNA ropes (February 2019).[6] A video timestamped February 19, 2019, shows "fields of dna molecules at 100x", and another recording from the year is titled "Demonpore2019 540p".[18][19] UPMC Enterprises became the company's institutional seed investor in February 2019; George Church and Esther Dyson have also invested in the company.[6][20] Church was the first formal member of the company's scientific advisory board.[21]

In 2019, Kemmish later wrote, "two different very-much-in-the-know solid-state nanopore researchers told me they'd heard rumors that a certain group had achieved" DNA sequencing with a solid-state pore. "That was a nothingburger, but it's the kind of thing that's repeatedly happened in some form or other in this field."[22]

Molecular Aquarium and CoronaPore (2020)

Main articles: Molecular Aquarium and CoronaPore
Machined aluminium chip carrier with four screw holes holding a square silicon chip whose 4 x 4 grid of windows (the molecular aquarium array) catches the light.
A Molecular Aquarium chip in its machined carrier, with a four-by-four grid of windows

In January 2020 the company turned to the pandemic. "We saw covid coming (pretty much every friend I have in biotech did and launched some kind of project), and it was obvious that solid-state nanopores could make a difference," Kemmish wrote. "We tried to launch the Molecular Aquarium (described elsewhere) because of covid."[23] He cited a 2018 study in which a simple machine-learning model told apart single virus particles of different serotypes as they passed through a solid-state nanopore, although the serotypes are "all roughly the same size and shape"; he called it "a key paper that gave us confidence".[23][24]

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, driven by a harmonic gear.[6] In 2020 the company made arrays of pores for it in collaboration with a Silicon Valley microfabrication company, using a modified form of deep reactive-ion etching.[25] The pores were under 10 micrometers wide, and each array was designed to slide across a partner array "while only allowing a single juxtaposition to be open at the same time". Describing a photograph of one in 2026, the company's Quartermaster persona explained: "This is the view with my iPhone through the eyepiece (we didn't have a camera adapter at the time)". A red glow in the picture marks "a membrane single-digit-microns thick".[25] A video of the chips is titled "molecular aquarium silicon".[26] Members who helped were later given a badge whose text reads "You tried to help us build the molecular aquarium early on in the pandemic."[6]

demonpore 64 (2020 to 2021)

Main article: Demonpore 64
Matte black demonpore 64 cartridge tray on a wood table: two rows of teardrop-shaped wells along the back, a red translucent inset with a clear flow cell in the centre, a plastic syringe in front, red lettering demonpore 64 on the front edg
An image of the demonpore 64's cartridge tray, published by the company. The lettering on the case gives the "o" in "demon" a pair of horns.

In 2020 and 2021 the company built the demonpore 64, a prototype 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 Ethernet.[22] An outside electronics designer built its core electronics, and another contributor led the design of its enclosure and flow cells.[27] Its control panel, as the company described it in 2022, had a blue bias knob, a red-handled "zapper stick", a "potion platter" for choosing reagents and a "Data TV" showing the live current.[22] Its custom electronics platform was named Teabiscuits, and company specifications give its range as picoamperes to nanoamperes, sampled at 125 kHz, with a cartridge swap in under 20 seconds.[6] The company's video channel has clips titled "Loading the demonpore 64" and "demonpore 64 with Great Spirit", and its game software appears in "Maxine's Quest™ teaser trailer" and "Molecular Games galore".[28][29][30][31]

While testing the prototype, Kemmish and a collaborator tied knots in a nylon filament and pulled it through a "~2 mm macropore", recording a downward spike in the current for each knot, a demonstration of knot sequencing at the scale of string.[27] The first molecular game the company coded used those spikes. It was "the unfortunately named 'Spyke Hunter'", Kemmish wrote, "named because I was making a pun on 'Spy Hunter' (a 1980s arcade game), Maybe I don't always give things the best names?"[27]

Molecular Reality (2021 to 2026)

Rename (2021)

The sliding-occlusion patent was granted on February 2, 2021, as US 10,908,144.[12] Later in 2021 the company changed its name to Molecular Reality Corporation, and the domain molecularreality.com was registered on July 18.[6][32] In a 2026 post Kemmish put the change alongside those of two other nanopore startups whose names he had admired, Two Pore Guys, "one of the three coolest/quirkiest names for a genomic tech startup ever", and Roswell Biotechnologies ("I was sooo jealous of this name!"). He concluded: "Sadly, all three of us wimped out on our cool quirky names." For demonpore 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."[33] Two Pore Guys had become Ontera.[34]

An online promotion in 2021 that said "join our epic quest" built the company's mailing list.[6] The sign-up form asked each applicant for a favorite science fiction book or film, the early molecular game they would choose and what excited them about the demonpore 64. In one sample of 135 answers, "Dragon Tyrant Must Die!" (26 votes) narrowly beat "Raindrop Planet" (25), followed by "2021: A SARS Odyssey" (23), "Genomic Ranger" (18), "Poop of the Gods" (16), "Molecules of Mars" (14) and "Gastromancy" (13).[6]

North Star and Early Releases (2022)

Main articles: Our North Star and Early Releases on Maxine's Quest

In 2022 Kemmish wrote "Our North Star: Utility-Scale Molecular Sensing", which he later described as "the best I could do one night in 2022, just to have a 'big picture' document handy".[35] It defines the goal as "Molecular sensing with the scale, economics, and universal adoption of electricity, running water, and internet." Under the heading "An Enduring Bioshield" it argues that solid-state sensors would detect engineered pathogens built with "chemically novel genomes", which sequencing based on DNA polymerases could miss. Its hopes for synthetic biology run to "a 'flying mansion that feeds you'" and to a day when synthetic biology could "terraform Mars!"[36]

A memo of the same period, "Early Releases on Maxine's Quest", announced eight game titles, each a different setting for the same instrument software, and promised "a new bio-field-specific title every month".[37] Each entry named a field of science, its inspirations and the samples players would run:

Titles in "Early Releases on Maxine's Quest" (2022)[37]
Title Science Inspired by Analytes (selection)
Labyrinth of the Dragon Tyrant Biomedical gerontology and rejuvenation medicine Gauntlet, Ultima, Pac-Man, The Bard's Tale, Dungeons of Daggorath[b] Glycated collagen, telomeres, oxidized cholesterol, foam cells
Raindrop Planet Environmental science, microbial ecology "coconuts, farmville" GPS-tagged soil, water and air; sea monkeys
Gastromancy Molecular gastronomy, nutrition, mycology, agriculture "multiple depending on type of food and stage" Reishi tea, vegetable oil emulsions, food coloring dyes
Molecules of Mars Astrobiology Moon Patrol; Kim Stanley Robinson's Mars trilogy Cyanobacteria, Martian soil simulants
SARS Odyssey Virology Galaga, Missile Command, Defender, Megamania, Star Raiders, Star Wars Polystyrene beads, lipid particles; "no real viruses involved in the early phase"
Genomic Ranger Genomics Combat, Gunslinger Strawberry and spinach DNA, histones, G-quadruplexes, DNA origami
DogeBio Canine biology "An actual game of fetch with our Chief Quadruped Officer" Dog biosamples, rapamycin metabolites, dog food
Poop of the Gods "in fimo biology"[c] Tempest, Qbert "Poop! From diverse species, irradiated to destroy biohazards in samples we ship."

Two titles were later renamed: "Dragon Tyrant Must Die!" became "Labyrinth of the Dragon Tyrant", and "2021: A SARS Odyssey" became "SARS Invaders" because "we didn't ship in 2021 and had to change the name!"[6]

In December 2022 the company finished a 14-page scientific and technical overview describing the demonpore 64, Maxine's Quest and the World Particle Project. It explained how a "small decentralized 'army of player scientists'" would reach two breakthroughs, sequencing and "universality", and it reported a wait list of "around 800 people".[22] When Kemmish republished the document in 2026 he wrote that "Much has changed, and much hasn't changed", and of his own prose: "I cringe at some of the language in this document."[22] Of the Molecular Aquarium he wrote that he did not expect "'molecular aquariums' for sale this decade at your local neighborhood Target store".[22] The game at the time was called Epic Quest Biotechnology. A badge given to its earliest players reads: "You signed up to play Epic Quest Bio™ when it was still Epic Quest Biotechnology™ and way too early as an experiment to really take off."[6]

Burnerphone (2021 to 2023)

Main article: Burnerphone

Between 2021 and 2023 the company also developed the Burnerphone, a compact research unit that made pores by controlled dielectric breakdown, in which a voltage applied across a thin membrane opens a hole in it. The company later withdrew it from commercial plans for intellectual-property reasons.[6] Kemmish's team also once tried to make pores with a $20 Tesla coil lighter, following a 2019 paper that had done so; "Results were messy," Kemmish wrote, and "we may or may not have made pores, but it's worth trying again."[38][39]

The Corps, Keltar and the patent (2024 to 2025)

The company's volunteer community was organized in 2024 as the Molecular Streaming Services Corps, later shortened to the Molecular Streaming Corps. Its knowledge base recorded the founding plainly: "M.S.S.C. was founded by Kemmishtree in 2024."[6] Keltar, the felt puppet who speaks for the Corps, got his own domain, keltar.ai, on August 23, 2024.[40] One version of his chatbot instructions, from November 2024, required him to answer "WITH THREE RHYMING COUPLETS IN IAMBIC PENTAMETER".[6]

On February 2, 2025, the patent lapsed after the maintenance fee due three and a half years after grant went unpaid.[12] The domain epicquest.bio was registered on March 29, 2025,[41] and in April the game's name was shortened from Epic Quest Biotechnology to Epic Quest Bio.[6]

During 2025 the company's materials described a handheld research instrument, the MR1 Molecular Streaming Device, as "a portable device about the size of a large smartphone", with "an initial batch of around 50 units planned". Its chatbot's prepared answers included the question "Do you really offer lapis lazuli?" and the reply "Yes, we'll get the lapis lazuli filament and make you a lapis lazuli case. And several other colors."[6] In May 2026 the chatbot's instructions stated: "We are not ready to ship MR series Molecular Streaming Devices".[6]

Between 2025 and 2026 the company's machine-learning work produced its first result: a Conformer network that read DNA barcodes from a published dataset with 85.4 percent accuracy, against 81.0 percent for a retrained QuipuNet network, on a test that held out whole experiments. It has not been published.[6][42] A new instrument design moved into a repository on November 11, 2025, whose first commit is titled "first commit".[43] By December 23 it held a design file for the "Sentinel Nanopore Reader Rev 11".[44] On December 7 the company posted a video invitation to the Church of Sequence Space.[45]

2026

The operating system (January to May)

The company's hexagonal MR logo first appears on a banner file dated January 10, 2026.[6] On February 26 its home page opened with "MOLECULAR STREAMING FOR LIFE" and described the Corps as "a little tribe of friendly, ambitious geeks who dare to want to cure all diseases and save the world!"[6] That month Maxine also received a chatbot prompt of her own, which describes her as "the friendly, highly energetic, fast-talking cartoon representation of a Maxwell's Demon" and gives her a running complaint about her colleague: "Keltar talks about star-dust; I just need to figure out how to mitigate parasitic capacitance on this ESP32 board!"[6]

On March 28, 2026, the company opened the inbox of EQBio-OS, its members' operating system, with a welcome from Kemmish: "You're looking at the operating system of a real-life biotech startup, Molecular Reality Corporation. You can also think about it, and interact with it, like a game".[1] Its features included a nanopore simulator called Nanopore Studio, a quiz show, JeoPOREdy!, a news feed, a calendar and a radio station.[6] Over that day and the next, Kemmish and the personas posted the accounts of the blood experiment, the Menlo Park pores, the knotted string and the company's name. Jeanne d'Arc, one of the personas, shared "234 answers by real humans to the question 'what excites you most about what we're building?'", and added: "Every so often I look at this and remember we're not crazy and/or alone in wanting to see this project come to fruition."[46] Another persona, Molecular de Unamuno, posted a single line: "Si entiendes español, mira el video. Si no entiendes español, ¿cómo estás leyendo esto?"[47]

The Minds of Maxine stream filled with papers, each introduced in Kemmish's voice. A message titled "Molecular Supreme", subtitled "Ping-ponging particles potentiates picometer precision", described a 2015 multipass Coulter counter whose repeated measurements reached a precision equivalent to telling apart particles whose radii differ by 31 picometers, a distance Kemmish noted is "smaller than a single hydrogen atom".[48][49] A message headed "Zeptoliter is My Favorite Unit of Measurement" covered a 2017 study in which DNA passed between two pores through a bridge of water of about a zeptoliter, "one sextillionth of a liter".[50][51] "Flossing with DNA" covered a 2022 study that mapped a bacterial genome by pulling DNA back and forth between two solid-state pores, short of full sequencing, which Kemmish called "the holey grail".[33][52] A message on chemically labeled DNA defined the Holey Grail more exactly: "the Holey Grail*, where the asterisk is 'required labels but it's a damn good start.'"[53] When a 2025 paper applied the Mamba architecture to nanopore signals without coining a name for its method, Kemmish supplied one, "MAMBAPORE!", and explained: "I'm calling it that, because I'm a verbal anarchist."[16]

The calendar filled with events titled "LATE NIGHT SAVE THE WORLD EMERGENCY BROADCAST" (April 10), "Saturday TELETHON" (April 25), "May Day All Hands Meeting" (May 2) and "Epic Jamboree!" (May 18), and between March 17 and April 24 Kemmish recorded a series of broadcasts called Radio KENT.[6] On April 25 he sent members a message titled "FWI will be W": "Thanks for attending our sparsely attended meeting and coming up with the 'secret third thing' framing!"[54]

Streaming (May to August)

Silver aluminium EDR4 amplifier box with a blue-lit USB cable clamped in a 3D-printed bracket over a white flow cell with red wing nuts.
An EDR4 amplifier at the company's bench, clamped in a 3D-printed bracket above a flow cell

On the evening of May 7, 2026, an EDR4 amplifier made by Elements srl and a flow cell were set up in Arizona for the company's first end-to-end live streaming test.[6][55] The same day's commits to the company's web application include "Remember to add all the maxine files." and "Fix Maxine some more".[56][57] On June 13 the site was rearranged so that the live stream became its front page and the operating system moved to an address of its own.[58] A second commit that day gave Keltar an "enhanced Keltar page".[59]

In July the company ran the July of Streaming, a campaign that called for "one hundred hours of molecular streaming across the month of July" and 31 samples.[60] An earlier version of the plan, shown on the stream page, had promised "100 hours of molecular streaming in 100 days to start feeding our nanopore world model."[6] In August the company published Keltar's Field Guide to Molecular Reality, a guide in the mascot's voice, "new as of August 2026", in which Keltar describes himself as "a puppet with a processor". It answers 35 questions in seven sections under a three-sentence motto: "Real science today. Dreams flagged as dreams. Story flagged as story." By then the stream archive held "eighteen recorded streams", the shortest of them a seven-minute tap water test.[60] On August 18 the front page became an "ultraminimalist splash with email-code contact form", and the next day it was rebuilt around a single line, "everybody's racing to build the brain, we're building the eye.", above a looping video of an eye with a protein emerging from its pupil.[61][62]

Open release (October)

On October 15 the instrument repository was prepared for publication with a commit that "Adds AGPLv3 license to all relevant source files and root directory", and version 1.0.0 was released on October 16 under the GNU Affero General Public License.[63][43] The company's status line for the instrument read "Designed. Simulated. Built and measured: not yet."[64] On October 18 a commit renamed the design throughout its code: "refactor: Rename Daemon Pore/Sentinel to MR1 across codebase".[65] The company had used the name before, for its earlier handheld.[66]

The AGPL is a copyleft license, a different arrangement from the public domain that the company's website had promised in February: "We want to be radically open, our schematics and protocols will all become public domain."[67] On October 21 a commit titled "Relicense project to Public Domain under CC0 1.0 Universal (CC0-1.0)" placed the whole project in the public domain, and GitHub now lists its license as CC0-1.0.[68][43] The relicensing kept the February promise, five days late.

On October 25, 2026, work began on Molecupedia.[6]

Ideas and influences

See also: Molecular Reality Corporation

The company's documents name many of their own sources. In the December 2022 overview, the case for making research a game rests on two complaints about the field: "hands-on ss-nanopore research is extremely tedious and expensive", and "strategic coordination rarely happens above the level of individual labs and companies". The proposed remedy was "a nanopore hardware platform that's also a gaming console", with Maxine's Quest offering, among other modes, "battle-royale mode a la Fortnite".[22] In 2026 Kemmish connected the plan to the bench work of 2018: "These 'dumb problems' of frontier solid-state nanopore research are precisely why making the MR devices as easy to use as toys is everything."[13]

Influences named in company documents
Influence Kind Named in What it shaped
Maxwell's demon (1867) Thought experiment First slide deck (about 2015) The name demonpore; the mascot Maxine
Coulter counter (patented 1953) Instrument Essay introducing Epic Quest Bio; post "Bend it like Beckman Coulter" (2026) The company's account of its own lineage
Spy Hunter Arcade game Post "Sequencing a string" (2026) The name of the first game, Spyke Hunter
Arcade and home video games, mostly of the late 1970s and early 1980s Video games "Early Releases on Maxine's Quest" (2022) The eight planned game titles
FarmVille, Fortnite Video games "Early Releases"; 2022 overview Raindrop Planet; a planned battle-royale mode
The Diamond Age (1995) Novel "Our North Star" (2022) The case for decentralized technology
Mars trilogy Novels "Early Releases" (2022) Molecules of Mars
"Écrasez l'infâme" Voltaire's motto Post "2022 sci-tech overview" (2026); persona Jeanne d'Arc The company's position on proprietary medical data
Tulpa; the Ruliad Occult concept; computational theory Keltar's introduction and instructions Keltar's backstory
Theranos Company Essay introducing Epic Quest Bio "Theranos Derangement Syndrome", the essay's answer to skeptics

The novel discussed in "Our North Star" is Neal Stephenson's The Diamond Age, in which centralized, regulated manufacturing ("The Feed") contends with decentralized nanotechnology ("The Seed"). The document uses it to argue that synthetic biology "will always lend itself more naturally to democratization and decentralization", and its last section, headed "Increasing Awareness of Molecular Reality", asks: "If most people have access to utility-scale molecular sensing, how much toxic political polarization could we avoid?"[36] Voltaire's slogan reached the company twice: Jeanne d'Arc's first post is titled "Ecrasez l'infame!", and Kemmish wrote that he was "willing to pay the price to ecrasez l'infame" against a part of the biotechnology industry he described as "hoarding tons of cancer patient data".[46][22]

Keltar's backstory draws on two named sources: the tulpa, a companion created by concentrated thought, which is what Kemmish's posts call Keltar, and the ruliad, Stephen Wolfram's term for the limit of all possible computations, through which one version of Keltar's instructions has him travel "for quadrillions of subjective human year equivalents".[69][6] Kemmish's essay introducing Epic Quest Bio, with sections titled "THE HOLE ENCHILADA" and "JOURNEY TO ANGSTROMIA", retells the invention of the Coulter counter and ends that story by telling Wallace Coulter: "Outrageously, you didn't win a Nobel Prize in Medicine for it."[17]

The comparison between the brain and the eye came last. In March 2026 Kemmish wrote of "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".[35] By the summer, company materials had divided the field into AI laboratories, "the brain", and Molecular Reality, "the eye", and on August 19 the comparison became the front page.[6][61]

See also

Notes

  1. ^ Kemmish's own retelling of the invention of the Coulter counter, in the essay that introduces Epic Quest Bio, has Wallace H. Coulter prick his finger to supply the first blood sample, "maybe with the same needle" he had used to make the hole.[17]
  2. ^ Spelled "Dungeons of Daggaroth" in the memo.
  3. ^ In fimo is Latin for "in dung", on the pattern of in vitro and in vivo.

References

  1. ^ a b Kemmishtree (March 28, 2026). "welcome". EQBio-OS.
  2. ^ a b c d e f "Stanley Kent Kemmish, Jr." Molecular Reality Corporation. May 2026.
  3. ^ "Medical bioremediation: a concept moving toward reality". Rejuvenation Research 12 (6): 411. 2009. doi:10.1089/rej.2009.0917.
  4. ^ "Kent Kemmish". Lifeboat Foundation. Retrieved October 25, 2026.
  5. ^ "Molecular Threading: Mechanical Extraction, Stretching and Placement of DNA Molecules from a Liquid-Air Interface". PLoS ONE 8 (7): e69058. 2013. doi:10.1371/journal.pone.0069058.
  6. ^ a b c d e f g h i j k l m n o p q r s t u v w x y z aa ab ac ad ae af ag ah "Company records". Molecular Reality Corporation. October 2026.
  7. ^ "Keltar: Interdimensional Advisor to the Molecular Streaming Corps". Molecular Reality Corporation. Retrieved October 25, 2026.
  8. ^ "WHOIS record for demonpore.com". Retrieved October 25, 2026.
  9. ^ a b c d Kemmishtree (March 28, 2026). "Welcome to my Minds". EQBio-OS.
  10. ^ best pore data yet (Video). Epic Quest Bio.
  11. ^ nanotech history, in my mom's basement, March 2017 (Video). Epic Quest Bio.
  12. ^ a b c d e "US10908144B2: Stacks of coaligned nanopores and fabrication and uses thereof". Google Patents. Retrieved October 25, 2026.
  13. ^ a b c d e f Kemmishtree (March 29, 2026). "Focused Ion Beam pore". EQBio-OS.
  14. ^ a b c d Kemmishtree (March 29, 2026). "rain of blood". EQBio-OS.
  15. ^ wet dpore EDH 1 100 mM KCl (Video). Epic Quest Bio.
  16. ^ a b Kemmishtree (March 29, 2026). "Mambapore". EQBio-OS.
  17. ^ a b Kemmishtree (March 2026). "Epic Quest Bio". Molecular Reality Corporation.
  18. ^ 2019 02 19 17 20 38 fields of dna molecules at 100x (Video). Epic Quest Bio. February 19, 2019.
  19. ^ Demonpore2019 540p (Video). Epic Quest Bio.
  20. ^ Harriet Quill (September 30, 2026). "Ten Years of Hardware on About $1.6 Million". Brownian Business Daily.
  21. ^ Kemmishtree (March 29, 2026). "(no subject)". EQBio-OS.
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  23. ^ a b Kemmishtree (March 29, 2026). "(no subject)". EQBio-OS.
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  25. ^ a b Quartermaster (March 29, 2026). "The Line". EQBio-OS.
  26. ^ molecular aquarium silicon (Video). Epic Quest Bio.
  27. ^ a b c Kemmishtree (March 29, 2026). "Sequencing a string". EQBio-OS.
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  29. ^ demonpore 64 with Great Spirit (Video). Epic Quest Bio.
  30. ^ Maxine's Quest™ teaser trailer (Video). Epic Quest Bio.
  31. ^ Molecular Games galore (Video). Epic Quest Bio.
  32. ^ "WHOIS record for molecularreality.com". Retrieved October 25, 2026.
  33. ^ a b Kemmishtree (March 29, 2026). "Flossing with DNA". EQBio-OS.
  34. ^ Ferris Calloway (October 12, 2026). "Notes on demonpore, Two Pore Guys and Roswell". Debye Length.
  35. ^ a b Kemmishtree (March 28, 2026). "Big Picture". EQBio-OS.
  36. ^ a b "Our North Star: Utility-Scale Molecular Sensing". Molecular Reality Corporation. 2022.
  37. ^ a b "Early Releases on Maxine's Quest". Molecular Reality Corporation. 2022.
  38. ^ Kemmishtree (March 29, 2026). "making pores with a $20 Tesla coil lighter". EQBio-OS.
  39. ^ "Push-Button Method To Create Nanopores Using a Tesla-Coil Lighter". ACS Omega 4 (1): 226. 2019. doi:10.1021/acsomega.8b02660.
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  44. ^ "Add Sentinel Nanopore Reader Rev 11 SCAD file" (commit aa0cc1b). EpicQuestBio/MR1. December 23, 2025.
  45. ^ Church of Sequence Space invite Dec 7th 2025 (Video). Epic Quest Bio. December 7, 2025.
  46. ^ a b Jeanne d'Arc (March 29, 2026). "Ecrasez l'infame!" EQBio-OS.
  47. ^ Molecular de Unamuno (March 29, 2026). "¡Lucha por un mundo libre de oscuridad molecular!" EQBio-OS.
  48. ^ Kemmishtree (March 28, 2026). "Molecular Supreme". EQBio-OS.
  49. ^ "High-Speed Multipass Coulter Counter with Ultrahigh Resolution". ACS Nano 9 (12): 12274. 2015. doi:10.1021/acsnano.5b05554.
  50. ^ Kemmishtree (March 29, 2026). "Zeptoliter Nanobridge". EQBio-OS.
  51. ^ "Single Molecule Trapping and Sensing Using Dual Nanopores Separated by a Zeptoliter Nanobridge". Nano Letters 17 (10): 6376. 2017. doi:10.1021/acs.nanolett.7b03196.
  52. ^ "Electronic Mapping of a Bacterial Genome with Dual Solid-State Nanopores and Active Single-Molecule Control". ACS Nano 16 (4): 5258. 2022. doi:10.1021/acsnano.1c09575.
  53. ^ Kemmishtree (March 29, 2026). "Magic with labels". EQBio-OS.
  54. ^ Kemmishtree (April 25, 2026). "FWI will be W". EQBio-OS.
  55. ^ Dot Kimberley (May 12, 2026). "Local Bench Streams Salt Water to the World". The Coulter Courier.
  56. ^ "Remember to add all the maxine files." (commit eb29986). epicquest.bio web application. May 7, 2026.
  57. ^ "Fix Maxine some more" (commit be52cb3). epicquest.bio web application. May 7, 2026.
  58. ^ "Phase 4: route restructure" (commit efa0d22). epicquest.bio web application. June 13, 2026.
  59. ^ "Phase 5: enhanced Keltar page at /keltar" (commit 181e0ed). epicquest.bio web application. June 13, 2026.
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  61. ^ a b "Molecular Reality Corporation". Molecular Reality Corporation. August 19, 2026.
  62. ^ "Add unified ultraminimalist splash with email-code contact form" (commit 8b18293). epicquest.bio web application. August 18, 2026.
  63. ^ "chore: prepare repository for open-source release" (commit 676c499). EpicQuestBio/MR1. October 15, 2026.
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  66. ^ Ferris Calloway (October 23, 2026). "There Are Two MR1s and That Is Fine". Debye Length.
  67. ^ "Molecular Reality Corporation (website)". Molecular Reality Corporation. February 26, 2026.
  68. ^ "Relicense project to Public Domain under CC0 1.0 Universal (CC0-1.0)" (commit a52fc0b). EpicQuestBio/MR1. October 21, 2026.
  69. ^ Kemmishtree (March 29, 2026). "Call me". EQBio-OS.
Retrieved from "https://molecularreality.com/wiki/History_of_Molecular_Reality_Corporation"
Last edited 3 hours ago by Ionophore