Core Engine
The full mathematical and computational toolkit in TypeScript and Python: physical constants, Clifford topology, electrodynamics, particle masses, polyhedral nuclear binding, the V5 cosmology book, and parked plasma identities.
The CPT V5 Physics Engine
Particle masses, polyhedral nuclear binding (Z=1..118), Weber electrodynamics, and the V5 cosmology book, computed from measured scale inputs. The TypeScript package has 177 passing tests. Python matches that book and requires numpy. Free MIT Core tier. The Pro tier adds the scored SPARC galaxy atlas.
Pro Tier
Includes the complete engine plus the scored SPARC galaxy atlas: 85 quality-flag Q=1 galaxies, with standings on every computed column. Not a resolution of all galaxy measurements.
Why use CPT Physics
Reproducible, geometry-grounded computation with strict TypeScript and Python parity The TypeScript package has no runtime dependencies, and the Python package requires numpy. Every formula is tagged for accuracy and honesty — the framework fixes the geometric structure (torus-knot winding, polyhedral shell packing, and static S³ container curvature), while scale factors (α, mₑ, π-powers, G) are measured inputs.
Validation
177 TypeScript tests passing
Languages
TypeScript + Python parity
Modules
Cosmology and parked plasma, plus the nuclear engine
V5 Engine
S³, a⋆, inserted a₀, MOTS
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