[{"id":"pixel-compiler","numericId":11,"title":"Pixel Compiler","status":"In Progress","type":"tool","snippet":"fn compile(ast: &Node) -> Vec {\n match ast.kind {\n NodeKind::Literal(v) => vec![0x01, v],\n NodeKind::Binary(op) => {...}\n }\n}","description":"A custom compiler that translates visual pixel-based syntax into optimized bytecode. Inspired by the idea that code should be as visual as the output it produces. Currently targeting WebAssembly as the compilation target.","content":"\n

A custom compiler that translates visual pixel-based syntax into optimized bytecode. Inspired by the idea that code should be as visual as the output it produces. Currently targeting WebAssembly as the compilation target.<\/p>\n\n\n

Snippet<\/span>
fn compile(ast: &Node) -> Vec<u8> {n  match ast.kind {n    NodeKind::Literal(v) => vec![0x01, v],n    NodeKind::Binary(op) => {...}n  }n}<\/code><\/pre>
<\/div><\/div>","gridArea":"span 2 \/ span 2"},{"id":"zero-latency-db","numericId":12,"title":"Zero-Latency DB","status":"Exploring","type":"experiment","snippet":"SELECT * FROM events\nWHERE timestamp > NOW() - '1s'\nORDER BY latency ASC\nLIMIT 1000;","description":"An experimental database engine exploring the theoretical limits of query latency. Uses predictive caching and speculative execution to return results before the query is fully parsed.","content":"\n
An experimental database engine exploring the theoretical limits of query latency. Uses predictive caching and speculative execution to return results before the query is fully parsed.<\/p>\n\n\n
Snippet<\/span>
SELECT * FROM eventsnWHERE timestamp > NOW() - '1s'nORDER BY latency ASCnLIMIT 1000;<\/code><\/pre>
<\/div><\/div>","gridArea":"span 1 \/ span 1"},{"id":"type-weaver","numericId":13,"title":"Type Weaver","status":"Prototype","type":"concept","snippet":"type Weave = {\n  [K in keyof A | keyof B]:\n    K extends keyof A ? A[K] :\n    K extends keyof B ? B[K] : never\n};","description":"A TypeScript metaprogramming framework that weaves multiple type systems together. Enables seamless interop between different type paradigms while maintaining full type safety.","content":"\n
A TypeScript metaprogramming framework that weaves multiple type systems together. Enables seamless interop between different type paradigms while maintaining full type safety.<\/p>\n\n\n
Snippet<\/span>
type Weave<A, B> = {n  [K in keyof A | keyof B]:n    K extends keyof A ? A[K] :n    K extends keyof B ? B[K] : nevern};<\/code><\/pre>
<\/div><\/div>","gridArea":"span 1 \/ span 1"},{"id":"neural-css","numericId":14,"title":"Neural CSS","status":"Exploring","type":"concept","snippet":".container {\n  display: neural-grid;\n  align: perception(center);\n  flow: consciousness(auto);\n}","description":"What if CSS could learn from user behavior? Neural CSS is an exploration into adaptive stylesheets that evolve based on how users interact with the interface. Layout decisions are informed by attention heatmaps.","content":"\n
What if CSS could learn from user behavior? Neural CSS is an exploration into adaptive stylesheets that evolve based on how users interact with the interface. Layout decisions are informed by attention heatmaps.<\/p>\n\n\n
Snippet<\/span>
.container {n  display: neural-grid;n  align: perception(center);n  flow: consciousness(auto);n}<\/code><\/pre>
<\/div><\/div>","gridArea":"span 2 \/ span 1"},{"id":"quantum-state","numericId":15,"title":"Quantum State","status":"In Progress","type":"experiment","snippet":"const state = useQuantum({\n  superposition: [0, 1],\n  observe: (s) => collapse(s),\n  entangle: ['componentA']\n});","description":"A React state management library inspired by quantum mechanics. State exists in superposition until observed by a component, enabling lazy evaluation and optimal re-rendering strategies.","content":"\n
A React state management library inspired by quantum mechanics. State exists in superposition until observed by a component, enabling lazy evaluation and optimal re-rendering strategies.<\/p>\n\n\n
Snippet<\/span>
const state = useQuantum({n  superposition: [0, 1],n  observe: (s) => collapse(s),n  entangle: ['componentA']n});<\/code><\/pre>
<\/div><\/div>","gridArea":"span 1 \/ span 2"},{"id":"mesh-protocol","numericId":16,"title":"Mesh Protocol","status":"Prototype","type":"protocol","snippet":"mesh.connect({\n  peers: discover('local'),\n  encryption: 'e2e',\n  consensus: 'raft',\n  maxLatency: '0ms'\n});","description":"A peer-to-peer communication protocol designed for real-time collaborative applications. Uses a modified Raft consensus algorithm optimized for low-latency environments.","content":"\n
A peer-to-peer communication protocol designed for real-time collaborative applications. Uses a modified Raft consensus algorithm optimized for low-latency environments.<\/p>\n\n\n
Snippet<\/span>
mesh.connect({n  peers: discover('local'),n  encryption: 'e2e',n  consensus: 'raft',n  maxLatency: '0ms'n});<\/code><\/pre>
<\/div><\/div>","gridArea":"span 1 \/ span 1"}]