Heat as Geometric Friction: A Field-Centric Interpretation of Thermal Behavior

This paper reframes the concept of heat as geometric friction—a structural byproduct of unresolved or misaligned field tension, rather than simple particle agitation. It explores how evaporation, sound emission, and energy transfer emerge from local geometric snaps and tension corridors, offering a new interpretation of thermodynamics rooted in field alignment. The work suggests that phase changes and thermal phenomena are coherent geometric events, not statistical chaos, and opens the door to new technologies based on tension control and spatial resonance.