The Nuclear Quantum Gravity + Superconducting Field Theory (ToE)

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Public perspective The framework presented in NuclearGravity_EN proposes a bold and testable hypothesis: that gravity may emerge from the interaction between the strong nuclear force and a structured quantum vacuum, potentially providing a unified explanation for gravity, dark matter, and dark energy without requiring extra dimensions or new fundamental particles. By linking physics across scales, from the atomic nucleus to galaxies and the large-scale universe, the work aims to bridge quantum physics and cosmology within a single conceptual framework. Funding perspective As a high-risk, high-reward research program, this work is particularly suited to funding initiatives that support transformative ideas in fundamental science. Future funding would focus on developing the mathematical formalism, producing testable predictions, running computational simulations, and comparing results with astrophysical observations and particle-physics data. If even part of the theory is validated, the potential impact could be significant, offering new insights into some of the deepest unanswered questions in modern physics: the nature of gravity, dark matter, dark energy, and the unification of the fundamental forces

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