Chavan's Structured Energy Equilibrium Principle (SEEP): A New Paradigm in Mass-Energy Dynamics

The Structured Energy Equilibrium Principle (SEEP) presents a revolutionary shift in our understanding of mass, gravity, and fundamental interactions by proposing that mass is not an intrinsic property but an emergent effect of structured vacuum energy equilibrium. This report introduces SEEP as a unified framework that integrates quantum mechanics, relativity, and cosmology by replacing force-based models with energy equilibrium constraints. It systematically addresses wave-particle duality, gravitational singularities, and the mystery of dark matter and dark energy, offering a deterministic explanation for mass-energy interactions.

The mathematical formulation of SEEP introduces energy gradient thresholds (∇E_min )and (∇E_crit) to define mass stability, transformation, and gravitational effects as equilibrium adjustments rather than fundamental forces. The report also provides experimental predictions to validate SEEP, proposing tests on vacuum energy density variations, mass stability in deep space, and gravity as an emergent vacuum effect.

Beyond theoretical implications, SEEP has potential applications in quantum computing, energy extraction from vacuum structuring, and advanced space propulsion systems. This work challenges conventional mass-energy models and calls for empirical testing to establish SEEP as a foundational principle in modern physics.