Quickstart

TypeScript (V5 Engine)

npm install ./measey-cpt-physics-2.1.0.tgz

import { constants, topology, particles, nuclear, cosmology, plasma } from "@measey/cpt-physics";

// Particle masses from T(2,3) torus knot topology
console.log(particles.proton_mass_MeV());
console.log(particles.w_boson_mass_MeV());
console.log(particles.weak_mixing_angle());       // 0.23077 (= 3/13)

// Nuclear binding energy and polyhedral geometry
const iso = nuclear.get_isotope(26, 56);          // Iron-56
console.log(iso.binding_energy_MeV);
console.log(iso.binding_energy_per_nucleon_MeV);
console.log(iso.polyhedron);

// V5 cosmology. a0 is the inserted SPARC threshold, not c²/R.
console.log(cosmology.manifold.radius_Gpc());     // about 10.647
console.log(cosmology.metric_yield.a0_acceleration()); // 1.20e-10 m/s²
console.log(cosmology.metric_yield.a_star());     // about 2.736e-10 m/s²
console.log(cosmology.mots_throat.throat_surface_escape_velocity());
console.log(plasma.STANDING);                     // parked
console.log(plasma.circuits.bennett_current(1e15, 1e4));

console.log(topology.torus_knot_mass(2, 3));
console.log(constants.SPEED_OF_LIGHT);            // 299792458 m/s

Python

pip install cpt_physics-2.1.0-py3-none-any.whl

from cpt_physics import cpt

# Particle masses from T(2,3) torus knot topology
print(cpt.particles.proton_mass_MeV())
print(cpt.particles.w_boson_mass_MeV())
print(cpt.particles.weak_mixing_angle())           # 0.23077 (= 3/13)

# Nuclear binding energy
iso = cpt.nuclear.get_isotope(26, 56)              # Iron-56
print(iso.binding_energy_MeV)
print(iso.binding_energy_per_nucleon_MeV)

# V5 cosmology. a0 is the inserted SPARC threshold, not c²/R.
print(cpt.cosmology.manifold.radius_Gpc())        # about 10.647
print(cpt.cosmology.metric_yield.a0_acceleration())
print(cpt.cosmology.metric_yield.a_star())
print(cpt.plasma.STANDING)                         # parked

print(cpt.topology.torus_knot_mass(2, 3))

What You Can Compute in V5