Defining ``Self'' in THE-MATRIX Universe: A Matrix Characterization via Causal Partial Order, Unified Time Scale, and Self-Referential Scattering Blocks
Defining ``Self'' in THE-MATRIX Universe: A Matrix Characterization via Causal Partial Order, Unified Time Scale, and Self-Referential Scattering Blocks
Within the unified framework of THE-MATRIX Universe, this paper provides an axiomatic mathematical definition of the first-person subject ``self''. In the THE-MATRIX perspective, all observable structure of the universe is organized as a family of strongly constrained scattering matrices S(\omega) together with a time-scale density \kappa(\omega), where the unified scale identity unifies the half-phase derivative of scattering, the relative density of states, and the trace of the Wigner--Smith t
- National University of Singapore Singapore
General Relativity, Modular Flow, Unified Time Scale, Information Theory, Boundary Time Geometry, Wigner-Smith Time Delay, Causal Structure, QNEC, Quantum Scattering, Generalized Entropy, Spectral Shift Function, Time Geometry
General Relativity, Modular Flow, Unified Time Scale, Information Theory, Boundary Time Geometry, Wigner-Smith Time Delay, Causal Structure, QNEC, Quantum Scattering, Generalized Entropy, Spectral Shift Function, Time Geometry
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