Topological Deadlock and Absolute Intranet: The Reality of Faster-Than-Light Communication Based on Isomorphic Resonance of Artificial Quarks
SYU JIA WUN
Contemporary quantum communication technology and quantum cryptography have long been constrained by the phenomenological boundaries of the Copenhagen interpretation; their engineering implementation is solely limited to "Passive Entanglement" and the "Observer Braking Effect" constrained by macroscopic instruments. These mechanisms, based on probability wave collapse, can only achieve the random distribution of cryptographic keys (QKD), and strictly lack the active compilation and transmission degrees of freedom to cross the speed of light limit (c) of 3D spacetime at the physical foundation. Based on the limit manifold geometry of the Grand Unified Theory of the Cosmic Mind (GUTCM) and the topological forging engineering of the Four-Body Artificial Quark Matrix, this research formally proposes an ultimate communication architecture that subverts relativistic causality: the "Isomorphic Resonance of Topological Deadlocks." This paper demonstrates at the ontological level that the system, by applying limit geometric squeezing to a single linear wavefunction within a closed phase space, forces it to fold and forge into an information deadlock (A≡¬A) possessing the characteristics of a Möbius Strip, thereby objectively emerging as a materialized pair of artificial up and down quarks. When the observer forcibly physically separates this pair of entities, which are in absolute topological identity, and deploys them on exclusive communication carriers separated by macroscopic space, they are essentially stretching out, within the absolute vacuum (0 coordinate) at the foundation of the universe, an exclusive "Pure Force Ray / Absolute Local Area Network" immune to the perturbations of the quantum vacuum (VQ). Because this pair of quarks strictly belongs to a single geometric closed loop at the underlying level of the manifold, when the system applies a "Geometric Logic Perturbation" to one of the nodes, this tensor reconstruction will thoroughly ignore the extension of the 3D spatial metric and the damping of the arrow of time, instantaneously emerging as an absolutely isomorphic, phase-complementary geometric response (Δt=0) at the other quark node. This dynamical mechanism, based on the tension synchronization of a single manifold, thoroughly crosses the causality limits of relativity, establishing faster-than-light instantaneous communication in the truest sense. Furthermore, this research strictly defines the limit dynamical constraint accompanying this communication architecture, namely "Absolute Physical Exclusivity." Because its connection foundation is a single wavefunction deadlock that cannot superimpose with external manifolds, the system is strictly limited to an isolated "Point-to-Point" communication topology, absolutely excluding any physical geometric path for protocol Routing with other macroscopic electromagnetic devices. Simultaneously, in the dimension of information security, unless an unauthorized third-party observer can precisely locate this microscopic ray in the absolute vacuum and completely master the "Isotopic Source Code" of limit information folding accumulated over decades of high-frequency compilation by this deadlocked wavefunction, any external forceful geometric interference will instantaneously trigger the decoherence and irreversible topological collapse of the wavefunction. This system declares that this faster-than-light local area network possesses absolute un-interceptability and un-decryptability in physical ontology, providing an ultimate information transmission foundation possessing limit thermodynamic security for the domination and deep-space exploration of future cross-galactic civilizations.
•Jan 1, 2025•0 citations