Selected work / P♠
Projects
Tools, products, simulations, infrastructure, and evidence-gated research—with the honest limits left in.
A model-agnostic, security-first software delivery harness that turns specialist model roles into a gated SDLC with human approvals and inspectable evidence.
Open projectThree public, verifier-first explorations of Conway-99, an Erdős covering problem, and the Krenn–Gu conjecture—publishing exact finite or conditional progress while keeping every global problem explicitly unresolved.
Open projectA deterministic neural-worm terrarium with contact-driven boarding, randomized Seed Forge worlds, causal control lanes, and checksummed replay—plus one unapologetically scripted aerial kickflip.
Open projectA public scientific-computing lab running 302 graded-potential neurons, 95 body-wall muscles, an inextensible low-Reynolds-number body, and a browser viewer as one closed loop.
Open projectA reproducible PufferLib training harness where one compact policy stabilizes and races 2,048 batched Crazyflie-style drones through randomized 3D rings, backed by a measured and hash-checked baseline.
Open projectA living 3D glasshouse aviary backed by a fail-safe weekly asset pipeline that quarantines, validates, optimizes, and provenance-tracks generated bird models before publication.
Open projectA private, production-shaped client value ledger that turns promised outcomes and source-backed proof into monthly briefs, client pulse signals, and transparent renewal readiness.
Open projectAn original Godot 4 vertical slice with an explorable magical hub and a complete, repeatable card duel built around readable enemy intent, mana, wards, status effects, and real win/loss states.
Open projectPrivate, local-first tooling for immutable market-data evidence, deterministic normalization, frozen offline experiments, and reports that keep plumbing checks separate from effectiveness claims.
Open project
An evidence-first Codex plugin and reusable skill that researches current roles and builds truthful, role-specific application packages without quietly inventing a better candidate.
Open project
The deployment plumbing behind this site and its smaller siblings: signed webhooks, health-checked Docker rollouts, and Caddy routing on one VPS.
Open project
An interactive, repository-derived map of the Krenn–Gu proof programme that keeps scoped results, open branches, and failed routes visibly distinct while the global conjecture remains unresolved.
Open project
A small 3D aquarium for the browser, built with React and Three.js and deployed like a real app because apparently I cannot leave anything simple.
Open project
A tiny daily bird site powered by recent eBird observations, a small Express API, and an unreasonable amount of affection for birds.
Open project
A six-person capstone connecting a NestJS/PostgreSQL backend, an Expo mobile app, and a classroom reader service for verified check-ins.
Open project
Two Expo/Firebase prototypes: one for vehicle access approvals and one for QR-based classroom attendance.
Open project2026
C. elegans Connectome Simulator
A public scientific-computing lab running 302 graded-potential neurons, 95 body-wall muscles, an inextensible low-Reynolds-number body, and a browser viewer as one closed loop.
My notes
This is the sort of project that begins with “could I simulate the whole worm?” and only later admits that the word “whole” has become a systems-design problem.
The model closes the loop from a chemical and physical world, through sensory neurons and the reconstructed connectome, into individual muscle cells and an inextensible body moving through a viscous medium. The browser is deliberately just the viewer; the simulation remains the project.
It is an open work in progress with a public browser viewer, and it is not presented as a biologically complete digital animal or an OpenWorm result. The value so far is in making every subsystem explicit enough to measure, test, and replace.
The simulator is a Python scientific-computing system with a browser front end. It models 302 predominantly non-spiking neurons using graded membrane dynamics and anatomically derived chemical and gap-junction connectivity. Motor output drives 95 body-wall muscle cells, which generate bending moments for an inextensible body in a zero-Reynolds-number environment.
The world includes food, chemical and thermal gradients, obstacles, and proprioceptive feedback. Headless runs, diagnostic kymographs, gait metrics, and subsystem timing make the closed loop inspectable without the viewer.