The Mesoparabolic Hypothesis
The Mesoparabolic Hypothesis
This collection presents three interconnected preprints advancing the Macro-Supersymmetry (MSS) framework for emergent causality, quantum-to-classical transitions, and geometric irreversibility. 1. The Metaperspective Theorem (Dec 30, 2025): Proposes causality C as emergent from broken supersymmetry S′, causal epistemosphere boundary B (separating real/imaginary regimes), coupling α, and exponentiated field f^α, providing a geometric origin for the quantum-to-classical transition, arrow of time, and perspectival reality. 2. The Metadynamic Hypothesis of Mesotripolarity and Entropic Scaling (Jan 5, 2026): Introduces mesotripolarity—a triadic partitioning of the causal symmetry field s into Causal Epistemosphere (s→0, classical), Meso-Metadynamics (s≈0.5, max entropy production), and Subjective Synchronicisphere (s→1, quantum-coherent)—via curvature-coupled potential V(s,K) in MSS action, with causal mapping P = Q(δc)^s for irreversibility. 3. Mesotripolar Decoherence Observed in Quantum Datasets (Jan 9, 2026): Presents numerical evidence from QD3SET-1 (Spin-Boson/FMO), QDataSet, and IBM Quantum hardware showing enhanced decoherence and structural entropy peaks at s≈0.5, supporting mesopolar critical regime and geometric rank collapse.
emergent causality, Macro-Supersymmetry, MSS framework, causal symmetry field, mesotripolarity, mesopolar regime, mesoparabolic hypothesis, mesotripolar decoherence, quantum-to-classical transition, arrow of time, geometric irreversibility, configuration-space rank collapse, causal mapping P = Q(δc)^s, Metaperspective Theorem, broken supersymmetry, causal epistemosphere, subjective synchronicisphere, Meso-Metadynamics, curvature-coupled potential V(s,K), Kretschmann scalar, Ostrogradsky stability, scalar-tensor theory, supersymmetric relativity, geometric back-reaction, filtering coefficient χ = s^k, conservation of causal information, information transduction, latent geometric potential, black hole information paradox, holographic consistency, Bekenstein-Hawking bound, unitarity in gravity, thermodynamic arrow of time, structural entropy production, causal rank fraction s(t), Spin-Boson model, Fenna-Matthews-Olson FMO, QD3SET-1 dataset, QDataSet noisy dynamics, IBM Quantum decoherence benchmarks, quantum datasets analysis, mesopolar entropy peak, enhanced decoherence at s≈0.5, quantum foundations, quantum gravity phenomenology, supersymmetry breaking, emergent classicality, geometric causality, epistemospheric boundary, imaginary unit in boundary, Hubble tension geometric origin, irreversibility geometric mechanism, entropic scaling, Jacobian sensitivity, fixed-point stability, strong-field signatures, cosmological predictions, complex-system contexts
emergent causality, Macro-Supersymmetry, MSS framework, causal symmetry field, mesotripolarity, mesopolar regime, mesoparabolic hypothesis, mesotripolar decoherence, quantum-to-classical transition, arrow of time, geometric irreversibility, configuration-space rank collapse, causal mapping P = Q(δc)^s, Metaperspective Theorem, broken supersymmetry, causal epistemosphere, subjective synchronicisphere, Meso-Metadynamics, curvature-coupled potential V(s,K), Kretschmann scalar, Ostrogradsky stability, scalar-tensor theory, supersymmetric relativity, geometric back-reaction, filtering coefficient χ = s^k, conservation of causal information, information transduction, latent geometric potential, black hole information paradox, holographic consistency, Bekenstein-Hawking bound, unitarity in gravity, thermodynamic arrow of time, structural entropy production, causal rank fraction s(t), Spin-Boson model, Fenna-Matthews-Olson FMO, QD3SET-1 dataset, QDataSet noisy dynamics, IBM Quantum decoherence benchmarks, quantum datasets analysis, mesopolar entropy peak, enhanced decoherence at s≈0.5, quantum foundations, quantum gravity phenomenology, supersymmetry breaking, emergent classicality, geometric causality, epistemospheric boundary, imaginary unit in boundary, Hubble tension geometric origin, irreversibility geometric mechanism, entropic scaling, Jacobian sensitivity, fixed-point stability, strong-field signatures, cosmological predictions, complex-system contexts
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