Quantum Projective Physics (QPP): A New Framework for Reality

Quantum Projective Physics (QPP) introduces a novel theoretical framework proposing that the universe operates as a quantum supercomputer where quantum entanglement, information flow, gravitational phenomena, and consciousness are interconnected projections of deeper quantum processes. The theory explores the role of black holes as information processing gateways, the function of gravity as a transmission mechanism across multidimensional layers, and the dynamics of quantum "jumping" through entangled pathways enabling faster-than-light (FTL) effects within non-classical domains. Recent findings regarding black hole radiation loss mechanisms further substantiate the model’s key assumptions, suggesting that information and matter are not lost within singularities but projected outward via quantum pathways. QPP offers a unified hypothesis that bridges elements of quantum mechanics, general relativity, consciousness studies, and computational theory, inviting experimental validation through gravitational wave mapping and quantum information experiments. We propose this model as a foundation for future research into hyperspace navigation, non-local information transport, and consciousness-physics interfaces.