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Substrate Physics

Substrate Physics is a branch of physics and system engineering investigating physical reality, fields, and cosmological evolution as emergent properties of a discrete, self-stabilizing structural substrate.

Substrate Physics
└── Pattern Field Theory (PFT)
    ├── Allen Orbital Lattice (AOL)
    ├── Rationics
    ├── Recursive Bounded Transport Thermodynamics (RBTT)
    └── Collapse, Compression, Coherence & Conditional Projection (CCCT)

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Core Structure

Allen Orbital Lattice

Foundational geometric substrate model for discrete nodes, orbital closure, QUART chamber structure, and transport pathways.

Rationics

Foundational admissibility and weighting layer governing structural continuation, closure stability, and number-structured constraints.

RBTT

Applied dynamic model for recursive bounded transport, Hamiltonian debt, admissible progression, and thermodynamic continuity.

CCCT

Applied dynamic model for collapse, compression, coherence preservation, and conditional projection across computational and physical regimes.

Latest Publications

CCCT IV: Collapse Without Annihilation
Recursive Survivability Compression and Conditional Projection in Quantum Computing.
Zenodo Record 20536307
Recursive Bounded Transport Thermodynamics
Organized Recursive Geometric Transport Cycles.
Zenodo Record 20522143
Reflexive Emergence Series
A closed recursive ontology for persistence, transport, and cosmological structure.
Zenodo Record 20371788