Saad Osman Awadelkareem

DARK MATTER AS SPECTRAL-CONSISTENCY EXCITATIONS IN GRAND CONSISTENCY THEORY

This paper develops a candidate dark-matter realization within Grand Consistency Theory (GCT), in which dark matter is interpreted as a stable spectral excitation of the theory’s microscopic consistency structure rather than as an independently introduced particle sector. The con...

Grand Consistency Theory: Spectral Flavor, Neutrino, and Mixing Predictions

This paper develops the flavor-sector prediction framework of Grand Consistency Theory, with emphasis on charged-fermion mass hierarchies, neutrino structure, and quark and lepton mixing. The framework separates two complementary forms of microscopic information: spectral eigenva...

Spectral and Geometric Derivation of the Gravitational Coupling in Grand Consistency Theory

This paper develops a spectral and geometric derivation of gravitational coupling within Grand Consistency Theory (GCT). The central objective is to obtain the gravitational interaction from the microscopic consistency structure of the theory rather than introduce Newton’s gravit...

Spectral and Geometric Derivation of the Gravitational Coupling in Grand Consistency Theory

This paper develops a spectral and geometric derivation of gravitational coupling within Grand Consistency Theory (GCT). The central objective is to obtain the gravitational interaction from the microscopic consistency structure of the theory rather than introduce Newton’s gravit...

Grand Consistency Theory: Synthesis, Predictive Structure, and Research Programme

This paper presents the concluding synthesis of Grand Consistency Theory (GCT), integrating the theoretical and phenomenological structure developed across the preceding papers into a single research framework. Rather than introducing an additional physical sector or repeating ea...

Falsification Tests of Grand Consistency Theory

This paper establishes an explicit falsification programme for Grand Consistency Theory (GCT), extending its previously developed theoretical, numerical, observational, and global-inference framework to quantitative empirical rejection criteria. The analysis identifies decisive t...

The Grand Consistency Unification Theorem

This paper formulates the Grand Consistency Unification Theorem as the mathematical synthesis of Grand Consistency Theory (GCT). Building on the sector-specific results developed in Papers 1–8, it establishes a common deductive architecture connecting the primitive consistency st...

Fundamental Constants from the Microscopic Spectrum

This paper develops the fundamental-constant sector of Grand Consistency Theory (GCT) by establishing a spectral connection between the microscopic Constraint Laplacian and measurable physical constants. Planck’s constant, Newton’s gravitational constant, the cosmological curvatu...

Quantum Theory from Grand Consistency Theory

This paper develops the quantum sector of Grand Consistency Theory (GCT) from its underlying microscopic constraint structure. Starting from emergent Lorentzian spacetime and the Constraint Laplacian, the framework constructs the reversible sector, the associated spectral Hilbert...