Energy-Driven Osmosis in Unified Oscillatory Dynamic Field Theory

This research explores a novel approach to osmosis, where fluid motion is driven not by soluteconcentration gradients, but by oscillatory energy density variations in Unified Oscillatory DynamicField Theory (UODFT). Our simulations demonstrate that energy redistribution alone can induceosmotic-like behavior, suggesting that molecular diffusion is not a fundamental requirement. Wepropose an experimental setup utilizing oscillatory energy fields and nanoporous membranes tovalidate this theory in a controlled lab environment.