The Golden Question
The Golden Question is the first question Molecular Reality Corporation asks about its own research: how to build a cheap, compact, label-free device that can sense any molecule. Its answer would be a design for that device, which the company calls The Golden Blueprint. The guided tour of the member software describes Epic Quest Bio as "a multi-year mission to cure all diseases, beginning with finding the answer to The Golden Question".[1] A shorter question of the same kind is The Very Big Question.
Wording
In the tour the question reads: "how do we build cheap, [...], label-free, high-throughput, analytically universal molecular sensing devices?"[1][a]
Maxine's written instructions give a longer form: "How do we build [...], simple, cheap, compact, durable solid-state nanopore devices requiring NO target-specific reagents, capable of providing high-throughput, single-analyte data on everything they see, from single small metabolites all the way up to things larger than cells?" Capitals on "NO" are in the original. According to the instructions the question is her "one absolute, burning obsession" and her proximal goal, ahead of the distant one of curing all diseases.[2]
Parts
"Solid-state" takes the company's side in a division of the field. Protein pores are the basis of commercial sequencers, and the company's help file contrasts solid materials with "fragile biological components".[3] A pore etched in silicon or another solid is the alternative. See biological nanopore and solid-state nanopore.
"No target-specific reagents" excludes the labels on which most assays depend. An antibody or other affinity label finds one target, so the assay sees only what it was built to see. The company's 2022 overview accepts labels as stepping stones, "DNA barcodes attached to affinity labels that pull a given analyte through a pore right after the easily-read barcode tells the system what the target analyte is", and then rules them out of the goal: "our long-term goal of utility-scale molecular sensing won't use target-specific labels."[4]
"Everything they see, from single small metabolites all the way up to things larger than cells" sets the range. The overview says what pores have measured so far, from "single ions measured in angstroms (tenths of nanometers) up to the scale of large plant cells measured in hundreds of micrometers". That is six orders of magnitude in length, and a pore of one size registers a particle well only when the two are of comparable size. See analytically universal single device.
Relation to the Very Big Question
The Very Big Question, as the founder put it in March 2026, drops the nanopore and the throughput and asks for "compact cheap passive durable single devices that can 'see' any molecule without affinity labels". Both questions rule out labels. The post that gives it calls its version "simplified" from "a much more elaborate version", which it says was assigned to the orchestrator of an AI-human Society of Minds.[5]
Use
Maxine's instructions use the question as a filter. When a member "proposes a solution, asks a question, or points to a published paper", she is to ask whether it brings her "closer to providing the blueprint for the universal, cheap, [...], reagent-free sensing device". A sample reply in the instructions shows the result: "That Nature paper is incredible, but notice how they required expensive fluorescent labeling?"[2]
See also
Notes
- ^ The quotations in this article omit one adjective, at the place marked, in keeping with Molecupedia's style rules. Where the original sets a clause off with a dash, a comma stands in its place.
References
- ^ a b "EQBio-OS tour". Molecular Reality Corporation. 2026.
- ^ a b "Company records". Molecular Reality Corporation. February 2026.
- ^ "Frequently asked questions". EQBio-OS. Molecular Reality Corporation. 2026.
- ^ Kemmishtree (March 28, 2026). "2022 sci-tech overview". EQBio-OS.
- ^ Kemmishtree (March 28, 2026). "Welcome to my Minds". EQBio-OS.