Discover the Classical Origin of Reality and Emergence (C.O.R.E.)—a unified, parsimonious model redefining physics from first principles alone.
Unlike conventional paradigms burdened by ad hoc postulates, invisible entities, and parameter tuning, C.O.R.E. stands apart:
C.O.R.E. integrates key pillars: the Atomic Statistical Hypothesis (ASH) for light-matter interactions; the Classical Unification of Gravity and Electromagnetism (CUGE) for gravitational emergence; the Refractive Foundation of Relativity and Mechanics (REFORM) for Lorentzian symmetry; and the ZigZag Eternal Universe System (ZEUS) for cosmology. This framework resolves longstanding inconsistencies across quantum mechanics, general relativity, and observational astronomy, offering testable predictions and empirical alignment superior to prevailing models.
Explore the foundational papers here, and join a paradigm shift grounded in Occam’s razor: simplicity without sacrifice.
The C.O.R.E. model systematically addresses foundational challenges in modern physics, providing classical explanations that align with empirical data while eliminating conceptual paradoxes. Below is a structured list of key problems resolved, categorized by domain, with references to supporting components for traceability.
| Domain | Problem Resolved | C.O.R.E. Resolution | Supporting Components |
|---|---|---|---|
| Quantum Mechanics | Wave-particle duality of light (e.g., geometric implausibility of photons as point particles). | Light propagates as continuous electromagnetic waves; quantization is a statistical, material-dependent absorption effect. | ASH, ASH Validation |
| Quantum Mechanics | Photoelectric effect and blackbody radiation anomalies (intrinsic discreteness of energy). | Discrete quanta emerge from material properties (e.g., work function); unabsorbed energy dissipates as heat or infrared. Predicts differential behavior in multi-material experiments. | ASH |
| Quantum Mechanics | Photovoltaic efficiency losses (mismatch between absorbed and converted energy). | Excess energy release as non-radiative heat, tied to atomic statistics rather than photon discreteness. | ASH |
| Quantum Mechanics | Non-locality in quantum entanglement and Bell inequality violations. | Classical "entanglement" via continuous field correlations; violations arise from hidden local variables in interference setups. | ASH Validation, C.O.R.E. |
| Quantum Mechanics | Planck’s constant as a fundamental universal discreteness. | Treated as a statistical average from material-wave interactions, aligning with classical continuity. | ASH |
| General Relativity | Spacetime singularities (e.g., black holes, Big Bang). | Gravity emerges from vacuum permittivity/permeability variations (\(\varepsilon(r)\), \(\mu(r)\)); no curvature or infinities required. | CUGE, C.O.R.E., REFORM |
| General Relativity | Strict Equivalence Principle (real gravity vs. acceleration indistinguishability). | Real gravity modulates vacuum properties, inducing full refractive effects; acceleration yields only kinematic “half-effects” in labs. | CUGE, REFORM |
| General Relativity | Historical relativistic electron dynamics (e.g., Bertozzi’s excess energy, Sturm’s low-voltage effects). | Relativistic-like mass increase reinterpreted as force weakening via finite field propagation and Vacuum Shielding Stress (VSS); reconciles calorimetry without SR postulates. | CUGE, REFORM, Reconciling Historical Measurements |
| General Relativity | Gravitational wave signal fitting (e.g., GW230814 discrepancies with GR). | Tighter, untuned match via refractive wave propagation in vacuum gradients, outperforming GR predictions. | CUGE, GW230814 Article |
| Cosmology | Dark matter (unobserved mass needed for galactic dynamics). | Galactic rotation and lensing from electron-scattering halos around Massive Compact Halo Objects (MACHOs). | C.O.R.E., ZEUS |
| Cosmology | Dark energy (accelerated expansion driver). | Static, eternal universe; no expansion—redshift from cumulative light scattering off MACHO electron clouds. | C.O.R.E., ZEUS |
| Cosmology | Big Bang singularity and \(\Lambda\)CDM inconsistencies (e.g., JWST high-redshift galaxies). | Infinite, steady-state cosmos with compact, metal-rich early galaxies; predicts JWST-observed sizes, fluxes, and metallicities. | ZEUS |
| Cosmology | Cosmic Microwave Background (CMB) origin and uniformity (Planck data anomalies). | Scattered starlight from MACHO distributions; reproduces 2.7255 K temperature and low \(\chi^2\) (2–5) with single parameter. | ZEUS |
| Unified Theories | Incompatibility between QM and GR (non-locality vs. locality; duality vs. continuity). | All effects from classical electromagnetic interactions in a responsive vacuum; derives Lorentz transformations via refractive path delays and kinematic dilation. | C.O.R.E., REFORM, CUGE |
| Unified Theories | Fundamental repulsive forces (e.g., Coulomb repulsion). | Reinterpreted as Vacuum Shielding Stress (VSS)—a secondary shielding of attractive vacuum gradients; no need for opposites. | CUGE |
| Observational Alignment | Galaxy clustering, polarization, and high-z faintness (SDSS, JWST tensions). | ZEUS scattering model predicts observable patterns for future tests, resolving \(\Lambda\)CDM overpredictions. | ZEUS |