Mapping the speculative edge.
Each programme begins from established science and walks outward, layer by layer, to the speculative frontier. The structure is deliberate: you cannot honestly evaluate the plausibility of an exotic claim until you have built the conceptual ladder that leads to it.
The Convergence Map
Where five research fronts meet the named bottlenecks of autonomous healing. Since these modules were written, the fields stopped being separate stories — this interactive map shows the convergence, and is scrupulous about how mature each contribution is.
The Protomolecule Curriculum
A seven-layer ascent through molecular biology, virology, nanotechnology, quantum information, and higher-dimensional physics. Built around the rigorous reconstruction of the protomolecule from The Expanse — an entity that is, on inspection, one of speculative fiction's most thoughtfully constructed pieces of imagined biotechnology.
The whole map
A single-page summary of all seven layers and how they connect. Read this first.
Atoms, bonds, and macromolecules
Why molecules have shape, why shape determines function, and why carbon runs biology.
Viruses, prions, retroviruses
How things that aren't alive still replicate, and why prions are the closest real analog to protomolecule conversion.
Von Neumann machines and directed panspermia
Mathematical theory of self-replicating systems, and Francis Crick's serious proposal that life on Earth was seeded.
Molecular machines and programmable matter
From ATP synthase to Drexlerian assemblers to the strong-form programmable matter that fiction requires.
Entanglement and non-local effects
What quantum entanglement actually permits, what it doesn't, and where the handwaving begins.
Ring builders and traversable shortcuts
Extra-dimensional physics, wormhole mathematics, and the speculative endpoint of the curriculum.
A protomolecule engineering roadmap
Putting the layers together: a phased technology roadmap from current capability to fictional endpoint.
Substrate-Independent Minds
Three questions that rest on one contested premise: whether mind depends on what it is made of. Digital minds, mind uploading and synthetic consciousness treated as a single evidence problem — with the premise stated once, and flagged, rather than assumed three times.
The shared premise
Why these three stand or fall together, what computational functionalism assumes, and which theories in the same category imply the opposite. Read this first.
Minds that run on computers
The evidence problem: indicator methods, institutional hedging under uncertainty, and the questions that only start once the answer is yes.
Copying a mind to another substrate
Connectomics as it actually stands — a complete fly brain, a cubic millimetre of mouse — and why a wiring diagram is not a running mind.
Building experience deliberately
The only topic on the map with no specification to build against, and the one where the ethics arrive before the capability.
The Carbon Problem
Six routes to a decarbonised civilisation, measured against the size of the target rather than against each other. Ordered by ascending desperation and descending consensus — generate, substitute, recycle, remove, intervene, govern — with the four-flag honesty system applied throughout.
The whole arc
Six technologies measured against one number: 37 gigatonnes a year. How generate, substitute, recycle, remove, intervene and govern fit together. Read this first.
Generating power without carbon
Ignition settled the physics. No plant has delivered a watt to a grid, and commercial output is projected for the 2030s at the earliest.
Making things without carbon
Steel and cement emit carbon as chemistry, not just as energy. Hydrogen direct reduction works, at a tenth of a percent of global capacity.
Turning sunlight back into fuel
Lab devices beat natural photosynthesis comfortably. Efficiency falls from 8.4 to 2.7 percent between a coin and a dinner plate.
Taking carbon back out
A real industry built in five years, running at roughly one millionth of annual emissions, at several times the cost target.
Intervening in the climate directly
The only option here that acts within years. It treats temperature, not carbon, and cannot be stopped abruptly.
Deciding who may intervene
No binding international framework exists, while state funding and commercial ventures move ahead. The part with no technology in it.
How Frontier Research Actually Works
Bell Labs, DARPA, the Manhattan Project and Apollo are the four examples every research-policy argument reaches for. This programme compares them as designs, corrects for the fact that we only study the ones that worked, and ends by turning the same standard on the Institute’s own method.
The whole argument
Four institutional designs, one correction for survivorship bias, and the method that survives it. Read this first.
The patient monopoly
The transistor, information theory and the laser, funded by a regulated monopoly's profits. What the model required, and why nobody rebuilt it.
The programme manager
No laboratories, empowered managers on fixed terms, explicit tolerance for failure. The one model currently being replicated and therefore tested.
The deadline
Deliberate parallel redundancy when you cannot afford to discover which approach works. Rational under a blank cheque, irrational otherwise.
The mandate
Four per cent of a federal budget and a deadline met — followed by a capability dismantled and not rebuilt for fifty years.
What failure teaches
The Super Collider, Fifth Generation Computing and Concorde had the features usually credited for success. The correction changes which lessons survive.
Finding what actually binds
The Institute's own method, held to this programme's standard — including where it is weak and currently unvalidated.
Engineered Origins
The Crick–Orgel question taken seriously as an engineering arc: building life from parts, seeding sterile worlds, and designing organisms to specification. Three fields, one throughline — synthesise, seed, design — with the same four-flag honesty system applied throughout.
The whole arc
A single-page map of the programme: how synthetic biology, directed panspermia, and designer organisms connect. Read this first.
Building life from parts
Minimal cells, whole-genome writing (Sc2.0), recoded chassis, and bottom-up protocells — what is built, what is near, and what is not.
Seeding life across space
Returned-sample organics, extremophile survival, interstellar objects, and the serious — if unbuilt — proposals to seed sterile worlds.
Designing organisms to specification
Transgenics and released self-limiting insects, CRISPR gene drives that collapse caged populations, and a governance problem as hard as the science.
Programmes in development
Each of the following will follow the same layered structure: from settled science up through frontier research to the genuine speculative frontier, with the same four-flag honesty system applied throughout.
Every programme on the roadmap is published. The next one to be added will appear here when it is scoped.
Frontier Research
Speculative topics assessed through one 15-point framework — not “is it real today?” but “what would it take to build?” The map is being built category by category; browse any category on the topic map.
The topic map
408 speculative topics across 11 categories, each run through the 15-point framework. The map of the frontier.
Physics & Propulsion
37 of 37 topic briefs live. Browse the full category on the topic map.
Space & Astronomy
40 of 40 topic briefs live. Browse the full category on the topic map.
Biology & Human Enhancement
57 of 57 topic briefs live. Browse the full category on the topic map.
Consciousness & Intelligence
40 of 40 topic briefs live. Browse the full category on the topic map.
Energy Systems
30 of 33 topic briefs live. Browse the full category on the topic map.
Climate & Planetary Engineering
32 of 34 topic briefs live. Browse the full category on the topic map.
Civilization-Scale Infrastructure
36 of 42 topic briefs live. Browse the full category on the topic map.
Governance & Institutions
30 of 33 topic briefs live. Browse the full category on the topic map.
Economics & Society
31 of 32 topic briefs live. Browse the full category on the topic map.
Historical & Frontier Science Studies
26 briefs plus 6 topics covered by P-006 — 32 of 36 complete. Browse the full category on the topic map.
Theoretical & Pre-Paradigmatic
24 of 24 topic briefs live. Browse the full category on the topic map.
Topic Index & Tech Tree
All 408 mapped topics across eleven categories, searchable, with what is written and what is not.