BLIND PREDICTIONS OF THE TRUE FRAMEWORK FOR THREE QUANTUM CRITICAL SYSTEMS NOT YET TESTED

To test the predictive power of the TRUE framework (Théorie Redistributive Universelle Évolutive) and its geometric invariant \gamma_0 = 0.13648, we formulate a set of a priori numerical predictions for three quantum critical systems not yet characterized within this formalism: the Planckian viscosity of the ^6\text{Li} Fermi gas in the unitary regime, the transition ratio of the \alpha\text{-RuCl}_3 spin liquid under field, and the critical energy ratio of the metamagnet \text{Sr}_3\text{Ru}_2\text{O}_7. All numerical values are locked with no free parameters and are accompanied by their spectral dimension \tau, providing a direct experimental verification protocol for the community.