Scalar Thermodynamics: Phase Resonance and Energetic Repatterning

Abstract: Traditional thermodynamics treats energy transfer as linear, external, and mechanical—quantified through pressure, temperature, and volume. However, scalar thermodynamics proposes an alternative view: that energy propagates through systems not only by force, but by resonance. This framework introduces phase resonance as a key component of systemic integrity, where transitions between solid, liquid, gas, or symbolic states reflect not disorder, but the reorganization of coherence. In this white paper, we explore scalar thermodynamics as a framework for understanding how systems across biology, physics, cognition, and society retain or lose coherence under pressure—and how to design for energetic repatterning rather than rupture. This project includes dedications and symbolic references to individuals who are not authors, collaborators, or endorsers. Any name listed outside the researcher field should not be interpreted as intellectual contribution or alignment with project claims. This publication is symbolically governed by the Honey License v1.2, with Creative Commons BY-NC-SA 4.0 applied for interoperability and citation indexing