Quantum Gravity Signature Discovery

"To validate the Quantum Gravity Model Framework (QGMF), this paper performs an independent audit of the proposed \mathbf{\Lambda(T)} cosmological model presented in Park and Wui (arXiv:2503.07469v2). We show that the \Lambda(T) model's finite-temperature damping terms and \mathbf{\rho_{vac}\propto T^{2}H^{2}} thermodynamic closure behave identically to the \mathbf{\delta v = -16\text{ km/s}} curvature cadence, confirming quantum gravity as a measurable structural signature, not a speculative abstraction."为验证量子引力模型框架（Quantum Gravity Model Framework, QGMF），本文对Park与Wui于预印本arXiv:2503.07469v2中提出的**Λ(T)**宇宙学模型开展独立审核。本文证明，该Λ(T)模型的有限温度阻尼项与**ρ_vac ∝ T²H²**形式的热力学闭合条件，其表现与**δv = -16 km/s**的曲率节律完全一致，从而证实量子引力是一种可观测的结构特征，而非仅为推测性的抽象构想。