Material Space Theory: The Collapse of the Theories of Einstein, Bohr and Maxwell

"Material Space Theory. The Collapse of the Theories of Einstein, Bohr and Maxwell" presents an uncompromising and devastating critique of modern physics, proving that the foundational dogmas of twentieth-century science have been fundamentally false since their very inception. For over a hundred years, theoretical physics has abandoned objective reality, substituting physical nature with abstract geometric models and non-deterministic mathematical equations. This monograph systematically exposes relativity, orthodox quantum mechanics, and classical electrodynamics not as descriptions of physical phenomena, but as mere curve-fitting exercises—inaccurate mathematical calculators designed to match experimental measurements within highly specific, limited parameters. By dismantling these deeply entrenched geometric abstractions, this work returns physics to absolute realism. It proves that gravity, electromagnetism, and quantum mechanics can be completely unified under a single, three-dimensional, locally realist framework governed strictly by the fluid-mechanical equations of a physical medium: the Material Space. Modeling physical space as a three-dimensional Cosserat continuum, this book derives the fundamental laws of nature from first principles. Gravity is revealed as the macroscopic acceleration of this medium, utilizing Tangherlini relativity to restore absolute simultaneity and completely eliminate the metaphysical paradoxes of the block universe. Within this physical substrate, Maxwell's electrodynamics are generalized, proving that electric and magnetic fields are merely mechanical manifestations of shear deformation and internal microrotation. At the quantum scale, the abstract Copenhagen interpretation is entirely replaced by a deterministic, mechanical reality. Elementary particles are structurally derived as localized topological defects within the spatial medium. The relativistic Dirac equation naturally emerges as the macroscopic envelope dynamics of localized torsional waves, while quantum statistics flow directly from the internal topology of the medium. Furthermore, this work provides a rigorous, non-linear elastodynamic derivation showing that mass-energy equivalence (E=mc²), Planck's constant (h), and the fine-structure constant (alpha) are not arbitrary postulations, but the exact mathematical consequences of core resonance and electrostatic self-energy. Finally, the work provides a local, realist reconstruction of Bell-type correlations, proving that quantum non-locality is nothing more than a mathematical artifact. Material Space Theory completely shatters the historic divide between the macroscopic and microscopic realms, offering an absolute return to physical realism and a concrete foundation for the future of unified physics. Read more