USP Field Theory: Temperature and Resonance Frequency — A Field-Based Redefinition of Thermal Behavior

This work introduces a radical reinterpretation of temperature within the USP Field Theory framework. Instead of viewing temperature as random kinetic motion, it is defined as a measure of resonance frequency in the universal spin-particle (USP) field. Starting from a “true zero point” with no vibration, the theory inverts the classical frequency–temperature relationship: the highest resonance frequency marks the onset of warmth, while decreasing frequency increases measured temperature. The document links thermal behavior directly to atomic bonding frequency, explains phase transitions from solid to gas as a result of changing bonding distances, and integrates these principles with the USP framework for light, gravity, and atomic structure. Illustrated with an infographic, this publication unifies thermodynamics with field resonance physics and offers experimentally testable predictions.