Thermodynamics is often introduced as the study of heat, energy transfer, and entropy. Yet beneath its familiar laws lies a deeper structural question:
What is heat, when viewed as a coherence process rather than a statistical abstraction?
Within the Holographic Space-Time (HST) framework, thermal behaviour is not merely the motion of particles nor the counting of microstates. It is the redistribution of boundary coherence across interacting systems.
This category examines temperature, entropy, and thermodynamic evolution as expressions of coherence gradient flow.
