USP Field Theory – Temperature & Resonance: Testable Experiments and Simulated Model Comparisons (v2.1)

This release (v2.1) presents the complete USP Field Theory interpretation of temperature as a measure of resonance disturbance (Δf) in the field’s spin-tension geometry, along with a set of laboratory-ready experiments and high-resolution simulations comparing predictions with standard thermodynamic models. The package includes: 1. USP Field Theory – Temperature & Resonance: Testable Experiments (full theoretical framework, experimental designs, discriminators, and scaling notes). 2. USP Temperature & Resonance Simulations Report (with Charts) – visual results from four key simulations: Frequency-Window Heating, Spectral Tilt vs Disturbance Amplitude, Afterglow Lag, and Frequency-Mismatch Gradient mapping. These materials provide clear experimental discriminators between USP Field Theory and conventional interpretations, forming a bridge between theory, simulation, and potential laboratory validation.