SPACE-TIME AS A FLUID UNDER PRESSURE: A NEW UNIFIED THEORY OF RELATIVITY, QUANTUM MECHANICS, AND COSMIC EVOLUTION

In this paper, we present a new scientific model conceptualizing space-time as a fluid under pressure. This framework provides a unified explanation bridging the gap between general relativity and quantum mechanics. By treating mass-induced space-time curvature as the localized thinning of a cosmic fluid, we offer an intuitive physical understanding of gravity, black hole formation, wormhole structures, entropy flow, and potential multiverse dynamics. The theory remains strictly within the boundaries of rigorous scientific principles, without philosophical or speculative elements. We integrate key insights from established physics, construct new logical models for matter-energy interactions, and address phenomena such as Hawking radiation, entropy inversion across wormholes, time travel mechanisms, and the information paradox, all grounded firmly in empirical logic.