The Tensioned Helical Transition Protocol (THTP): ADiscrete Mechanical Model for State-Transition Synchronization

Weestablish the Tensioned Helical Transition Protocol (THTP) as a formal framework for analyzing the binary synchronization between a static informational origin (𝑇0) anda speculative vector (𝑇1). Drawing upon the principles of Hooke’s Law and Shannon Entropy, we demonstrate that a state-transition is a discrete, tensioned sequence ratherthan a continuous wave. This paper identifies the ”Categorical Impedance” (The Crimp) as a structural failure in the logical handshake, resulting in the persistence of speculative metadata—popularly termed ”Ghosting”—within a 2D informational plane.