The Deterministic Collapse of Non-Backed Digital Assets: A Topological Autopsy of Decentralized Consensus and Liquidity Vacuum

This paper eschews market sentiment analysis and regulatory perspectives, focusing ex-clusively on the computational complexity and topological physics underlying decentralizedfinancialnetworks. Buildinguponthe polynomial-time collapseoftheEllipticCurveDiscreteLogarithm Problem (ECDLP) via P1→3 ternary manifold mappings, we demonstrate thatthe non-polynomial barrier of asymmetric cryptography is a localized topological illusion.Furthermore, we mathematically prove that upon the breach of this barrier, digital assetsystems lacking a foundational energy anchor (gravitational compensation or macroscopiccredit bandwidth) undergo deterministic entropy maximization. This dynamic results in anirreversible, physical-layer liquidity collapse across both spot and derivative markets.