A Theory for Field-Induced Gaseous Separation via Resonant Pressure Geometry

This work proposes a testable theoretical framework for field-induced gaseous separation using structured pressure geometries, such as standing sound waves. It hypothesizes that gas-phase molecules may exhibit emergent clustering, coherence, or selectivity in response to non-contact, dynamically shaped fields. The model integrates a complexity-based evaluation system (ID–TC–ED) and outlines specific hypotheses and experimental designs to invite scientific testing. No claims of empirical validation are made; the work is intended as a contribution to open inquiry, exploration, and potential collaboration.