States of Matter as Δf Thresholds: Symmetric vs. Asymmetric Resonant Locking in USP Field Theory ( msf:48470 )

Key Points

• The study aims to redefine states of matter through the lens of resonant locking in USP Field Theory.
• Reframing solid, liquid, gas, and plasma as Δf-thresholds in resonant locking.
• Operationalizing Δf with measurable proxies such as spectral detuning and coherence decay.
• Proposing three experimental pathways using standard laboratory instruments.
• Phases are determined by atomic networks' ability to maintain symmetric resonance.
• Case studies highlight the transition properties in salt–ice and water–cellulose systems.
• Conceptual models demonstrate potential resonant collapse in mercury–aluminum.

Abstract