Framework
The geometric and topological foundations of CPT, covering core principles, established results, and areas still under active investigation.
Explore the Framework →Private local validation in progress
Confined Photon Topology for Computable Physics
A geometric physics framework and software toolkit designed for reproducible modeling across topology, electrodynamics, and nuclear structure.
- Current Stage
- Private local validation in progress
- Tooling
- TypeScript and Python packages — Core tier available, pro tier in development
- Quality Gate
- Automated local release pipeline active
Purpose
Theory and implementation in lockstep
The CPT project exists to close the gap between theoretical physics frameworks and software that actually reproduces the theory’s predictions. Too often, frameworks are presented without the computational scaffolding needed to verify their claims independently.
CPT is built from the ground up with reproducibility as a design constraint. Every theoretical claim maps to a testable, traceable implementation. Every package release is gated by that implementation passing its full validation suite.
Three pillars
Software
TypeScript and Python packages implementing CPT computations, from core scalar operations to vectorized nuclear structure modeling.
View Software →Validation
A rigorous staged validation philosophy that gates public release on reproducibility, traceability, and successful controlled piloting.
View Validation →Private validation phase
This project is in active validation. Core packages are available for free download from the CPT Physics Store. Pro packages and public registry publication (npm, PyPI) remain gated by reproducibility and review readiness.
Development roadmap
View full roadmap →Current
Local Stabilization
Internal test suites, automated release pipeline, core package gating.
Controlled Early Access
Qualified external pilots under controlled conditions.
Public Package Release
npm and PyPI publication, public documentation site live.
Current
Commercial Layer
cpt-physics.store live — Core engine downloads available.
Learn More
Explore the framework and validation philosophy
If you work in computational physics, topology, electrodynamics, or a related field, explore the framework foundations, software architecture, and staged validation process that underpins the CPT project.
Explore the Framework