Quantum Graviton Synthesis

This paper introduces the Quantum Graviton Synthesis (QGS) framework, a novel approach unifying quantum mechanics, general relativity, and extra-dimensional theories. We propose a model where graviton interactions emerge from structured quantum wavefunctions embedded in higher-dimensional manifolds. Our findings demonstrate that quantum wavefunctions transition through distinct geometric phases, influencing vacuum energy fluctuations, cosmic acceleration, and gravitational field modifications. The QGS model provides a self-consistent explanation for dark energy, modified gravity, and quantum decoherence suppression. We also outline experimental approaches to validate QGS predictions in collider physics, astrophysical observations, and quantum computing applications.