Matthew Charles Vladislav Busel Author of Project Event Horizon

Building the primitive layer for production AI systems, and the engine that renders mathematics.

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Creating meaningful visual and auditory representations of math for the world to enjoy.

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Projects

Stars	Repo	What it does
—	proof-engine	Mathematical rendering engine. 460k+ lines of Rust. PBR lighting, force field physics, amorphous entities, shader graph, GPU compute, procedural music, fluid simulation, ECS, scripting VM, behavior trees, rollback netcode. Published on crates.io. https://github.com/Mattbusel/proof-engine
—	chaos-rpg	Commercial roguelike where every outcome runs through real mathematical functions. 108K+ lines. 12 classes, 12 bosses, 820-node passive tree, 4 frontends. Runs on Proof Engine. https://github.com/Mattbusel/chaos-rpg
47	tokio-prompt-orchestrator	Multi-agent LLM orchestration. Ran 24 simultaneous Claude Code agents. Circuit breaker, dedup, retry, backpressure. Self-improving loop live.
23	Every-Other-Token	Intercepts every other token mid-generation, scores confidence, visualizes perplexity in real time. Research tool for LLM interpretability.
14	LLM-Hallucination-Detection-Script	Framework-agnostic Python + Rust toolkit for detecting hallucinations in LLM outputs.
7	llm-cpp	26 single-header C++20 libraries for LLM infrastructure. Zero dependencies. Drop in what you need.
5	Reddit-Options-Trader-ROT	Financial intelligence platform. 200+ users across 46 countries. Validated signals: MASI +34%, ZIM +25%, OLB +137%.

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Proof Engine

A mathematical rendering engine for Rust.

The engine does not render graphics. It renders mathematics. Particles follow real differential equations. Damage hits spawn gravitational force fields. Entities are glyph clusters held together by physics that disintegrate as they take damage.

cargo add proof-engine

Core systems: Instanced glyph rendering · 30+ MathFunction variants with RK4 attractors · 18+ force field types · Amorphous entities with HP-linked cohesion · Navier-Stokes fluid simulation · SPH particles · Soft body with tearing · Rigid body with 8 constraint types · Node-based shader graph (40+ nodes) compiling to GLSL at runtime · Deferred rendering with G-buffer · Cook-Torrance PBR with cascaded shadow maps and IBL · GPU compute pipeline · 32-voice polyphonic synthesizer · Procedural music engine (15 scales, chord progressions, melody generation) · FFT from scratch · Behavior trees + GOAP planner · A* + NavMesh + steering behaviors · Terrain with hydraulic erosion and climate simulation · Weather system · Economy system · Full scripting language (lexer → parser → AST → compiler → stack VM) · Multiplayer with rollback netcode and lag compensation · ECS · Editor tools · Save system with compression · Replay recording · Localization (10 languages)

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CHAOS RPG

A roguelike where every outcome runs through a chain of real mathematical functions. 108,000+ lines of Rust. 4 frontends. Runs on Proof Engine.

Available on itch.io → mattbusel.itch.io/chaos-rpg

12 classes · 12 unique bosses · 820+ node passive tree · 181 achievements · 8 crafting operations · Nemesis system · Misery Index · Daily seed leaderboard · Procedural audio · Run narratives · Full lore system

Combined: 370,000+ lines of Rust. A game and the engine it runs on. Both solo.

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Rust Primitive Layer

rust-crates — 10 production libraries, all used inside tokio-prompt-orchestrator:

Crate	What it does
tokio-agent-memory	Episodic, semantic, working memory with decay and multi-agent bus
tokio-memory	Ebbinghaus forgetting curve + async persistence
llm-budget	Hard budget enforcement across agent fleets
llm-wasm	LLM inference primitives for WebAssembly and edge
llm-diff	Semantic diff and versioning for LLM outputs
llm-sync	CRDTs and vector clocks for distributed agent state
wasm-agent	ReAct agent loop for WASM with resumable state
mem-graph	Knowledge graph: typed nodes, edges, BFS/DFS
fin-primitives	Price types, order book, OHLCV, indicators, PnL
fin-stream	Lock-free SPSC ring buffer, 100K+ ticks/second

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Finance + Research

Special-Relativity-in-Financial-Modeling — Lorentz transforms on OHLCV data. VR=1.27×, Bartlett p=6×10⁻¹⁶. DOI: 10.5281/zenodo.18639919

LLMTokenStreamQuantEngine — C++ engine mapping LLM token semantics to real-time trade signals at sub-second resolution.

15 DOI-indexed papers on Zenodo under Oxidized Archive. Active DARPA ERIS submission. Google Scholar indexed. Academia.edu top 8.1% in Symbolic Computation.

Stack

Rust / C++ / Python / Tokio / OpenGL / WebAssembly / CRDT / MCP

New York · linkedin.com/in/matthewbusel · mattbusel@gmail.com · medium.com/@mattbusel