A Quantum Gravitational Framework from Wave–Particle Anti-Symmetry and Lagrangian Field Dynamics"

This work presents a unified Lagrangian formalism incorporating wave–particle anti-symmetry as a foundational principle for spacetime dynamics. By introducing an antisymmetric field into the action, the framework naturally explains gravitational curvature as a response to maintaining stationary conditions between light and matter. The model offers a geometric origin for mass, reinterprets gravitational attraction via phase deformation, and provides a quantum-compatible structure for spacetime without relying on a background metric. Applications to black hole entropy, time emergence, and early-universe symmetry breaking are discussed. This approach aims to bridge quantum field theory and general relativity through an entangled field-based perspective.