Liquid Charge Density Waves as Resonance–Softened Geometric Phases

This mini paper summarizes recent experimental evidence for a liquid charge density wave (CDW) state in 1T–TaS₂ and interprets the result through USP Field Theory as a resonance–softened geometric phase: internally coherent yet externally non-rigid. The note preserves mainstream CDW phenomenology while reframing “melting” as softening of spatial locking rather than collapse, and it includes falsifiable signatures for future tests.