Exploring the structure of matter and gravity.
A theoretical physics research program investigating how coherent internal structure can support gauge geometry, localized classical matter, and gravitational effective theories. Explore journal papers, mathematical constructions, and open research with reproducible calculations.
Gauge geometry
Non-Abelian Gauge Structure from Coherence-Gated Internal Symmetries: A Projection Mechanism and a Kernel-to-Coupling Map
Published · AIP Advances (2026)
A coherent, protected internal sector supports a gauge-covariant non-Abelian connection and curvature construction under stated domain assumptions.
Quadratic closure
Quadratic Closure of a Projector-Defined Gauge-Normalization Interface
Accepted for publication · AIP Advances · In production
A positive quadratic realization supplies the response inputs of a specified normalization interface and a diagnostic for a one-heavy-mode model.
Matter
Classical localization and stability, with conditional routes toward particle representations and flavor.
8 papers
Gauge & Quantum
Gauge geometry, independent coupling inputs, and quantum consistency in declared effective theories.
8 papers
Geometry & Gravity
Scalar clocks, metric reconstruction, curvature matching, scale selection and entropy constraints.
5 papers
Orientation & Response
The geometry and dynamics of supplied responses, and the limits of kernel reconstruction.
3 papers
Framework
The program’s broad synthesis and the conditions for sharing a complex scalar field.
2 papers
Observational Studies
Audits of cosmological results and exploratory studies of flyby residuals and radio dipoles.
3 papers
Use the reference guide to follow notation and links between papers. Resources collects deposited code, notebooks and data, with historical material identified separately.
The suite contains classical results, conditional constructions and benchmark studies. A physical quantum-particle construction and selection of the model’s microscopic inputs remain open; each paper states its assumptions and limits.
