Superfluid Gravity: Unifying Energy, Frequency, and Vibration in a Quantum Framework

The understanding of gravity has fascinated physicists and cosmologists for centuries, leading to the development of foundational theories such as Newtonian mechanics and General Relativity. However, these theories leave unanswered questions, particularly in quantum scenarios and near extreme gravitational fields like those near black holes. Recent studies propose that space-time behaves akin to superfluids—fluids devoid of viscosity and capable of frictionless flow . This perspective offers a promising framework to explore the interplay of mass, energy, and vibrations in the universe, drawing analogies between sound waves in superfluids and various physical phenomena. This paper synthesizes these concepts and introduces novel elements: quantum fluid dynamics through the Gross-Pitaevskii equation and chaos theory’s application to quantum decoherence near black holes. These extensions aim to unify classical gravity with quantum mechanics, providing insights into gravitational singularities and the quantum structure of spacetime.