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Analyze and visualize download stats for npm packages and authors.
Analyze and visualize download stats for npm packages and authors.
Analyze and visualize download stats for npm packages and authors.
Analyze and visualize download stats for npm packages and authors.
Showing npm packages maintained by this author. Pick a package to open detailed download analytics.
Sigmatics: the Atlas Sigil Algebra reference implementation from the UOR Foundation
Typed content-addressing — deterministic, verifiable sha256:<64hex> κ-labels from JSON / S-expressions / XML / ASN.1 DER / schema.org / in-toto. Wraps the uor-addr-wasm Component Model via jco-transpiled glue.
Layer 2: Page topology - 48-number molecular structure and Lagrange points
A JavaScript library implementing the Prime Framework for universal number representation
MCP server for Mathematical Universe - enabling Claude integration
Layer 5: Geometric manifolds - the shape of mathematical space
Layer 0: The 8 fundamental fields that encode the universe's quantum structure
Layer 3: Arithmetic operators - operations as chemical reactions between numbers
Layer 1: Resonance dynamics - how fields create computational mass and energy
Layer 7: Self-reference core - the universe defining itself
Layer 4: Algebraic structures - self-organizing mathematical life forms
Layer 6: Calculus engine - the universe understanding its own change
Core integration layer - bringing all mathematical universe layers together
Analyze and visualize download stats for npm packages and authors.
Showing npm packages maintained by this author. Pick a package to open detailed download analytics.
Sigmatics: the Atlas Sigil Algebra reference implementation from the UOR Foundation
Typed content-addressing — deterministic, verifiable sha256:<64hex> κ-labels from JSON / S-expressions / XML / ASN.1 DER / schema.org / in-toto. Wraps the uor-addr-wasm Component Model via jco-transpiled glue.
Layer 2: Page topology - 48-number molecular structure and Lagrange points
A JavaScript library implementing the Prime Framework for universal number representation
MCP server for Mathematical Universe - enabling Claude integration
Layer 5: Geometric manifolds - the shape of mathematical space
Layer 0: The 8 fundamental fields that encode the universe's quantum structure
Layer 3: Arithmetic operators - operations as chemical reactions between numbers
Layer 1: Resonance dynamics - how fields create computational mass and energy
Layer 7: Self-reference core - the universe defining itself
Layer 4: Algebraic structures - self-organizing mathematical life forms
Layer 6: Calculus engine - the universe understanding its own change
Core integration layer - bringing all mathematical universe layers together