Entropic Propulsion via Dynamic Casimir Modulation: Theoretical Foundations, Physical Rationale and Technological Proposal

We present a comprehensive theoretical and practical framework for a novel form ofpropulsion based on dynamic modulation of the Casimir effect, reinterpreted as an entropicphenomenon. This document draws upon prior work on vacuum entropy, hysteresis,and emergent gravity, provides a full Lagrangian model of vacuum interactions, developsthe Laplacian formulation of entropy fields, and proposes a scalable technical architecture.Detailed engineering dimensioning, performance estimates, and comparisons with standardQED-based Casimir treatments are included. This text serves as formal prior art for anyfuture patent claims related to field-based, reactionless propulsion.