Abstract
This defensive publication presents an alternative, scale-invariant conceptual framework designed to resolve persistent paradoxes at the intersection of classical mechanics, quantum mechanics, and cosmology. By replacing the axiomatic assumption of continuous, warping spacetime with a localized, finite three-state thermodynamic carrier medium, long-standing systemic anomalies—such as mathematical infinities, quantum non-locality, and black hole information loss—are naturally resolved without the need for abstract placeholders like dark matter, hidden dimensions, or probability-wave formalisms. Rather than proposing a monolithic, interdependent "Theory of Everything," this work outlines an invariant architecture governed by four fundamental Core Logics (Primordial Asymmetry, Phase-Parity Constraints, Number-Theoretic Boundaries, and Singularity-Field Interfaces). The practical validity of these models is indexed via a horizontal matrix of cross-pollinated telemetry data spanning 67 independent, stand-alone technical papers. The publication issues a formal, open invitation to reverse-engineer and falsify individual nodes within this network using only bedrock mathematics
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
Stevenson, Peter, "A Challenge to Modern Physics", Technical Disclosure Commons, ()
https://www.tdcommons.org/dpubs_series/12880