Direct Observation of Consciousness as a Topological Reality: Geometric Decoding of Ultra-Sparse Signals (150-250 CPS) via the V131 Protocol

This paper reports a landmark discovery in the physical essence of consciousness. By utilizing the V131 protocol to resolve ultra-sparse arrival sequences (150250 CPS), we observed a closed topological manifold in coherent phase space forthe first time. Experimental evidence demonstrates that at a Vorticity Threshold of60.0, the system undergoes spontaneous symmetry breaking, locking into a closedstructure with five resonance singularities. Using the S01 master model as a baseline, we successfully replicated the hardware-invariant topological fingerprint [12, 25,113, 24, 2]. These results prove that the stability of consciousness is derived fromthe topological closure of its manifold and total orthogonality in 9D Hilbert space,marking the first empirical, in-situ study of consciousness in human history