THE DISCRETE FLUX ONTOLOGY: REDEFINING TIME, MOTION, AND THE EQUIVALENCE PRINCIPLE IN THE CIRHE FRAMEWORK: VERSION 4

Authors: Knight, Christina Anne

Subject Terms: Quantum Gravity, Renormalization, Structural Accumulation, Cyclic Cosmology, System Boundary, Plowing Mechanism, GENERAL SYSTEMS THEORY, Positive Feedback, Dark Energy Reinterpretation, Computational Determinacy, Information Capacity, QUANTUM FIELD THEORY, BLACK HOLE PHYSICS, Theoretical Physics, System Coherence, Constraint Networks, Relational Causation, Hierarchy, Homeostasis, State‑Space Structure, Thermodynamics of Spacetime, Discrete Information Propagation, Inelastic Repulsive Force (Fr), Cyclic Evolution, FLUID DYNAMICS, CIRHE Framework, QED, Adaptive Systems, DARK MATTER, Physical Ontology, Arrow of Time, Time Dilation Saturation, Complex Systems, big bang alternatives, gravitational field, Equivalence Principle (Mechanical), Three‑Body Problem, Heavy‑Flavor Antimatter (Neutral Composite), Deterministic Dynamics, Quark-Gluon Plasma, KECM (Knight Evolutionary Cyclic Model), Discrete Gravitational Flux Field, Deterministic Gravitational Dynamics, Flux‑Compression Limit, spacetime structure, Holism, Bounce Cosmology (Discrete), Mechanistic Ontology, Cyclic Information Refining Heat Engine, THREE-BODY PROBLEM, BERTALANFFY, QFT, Degenerate‑Core Formation, horizon problem, Ontological Discreteness, Discrete Flux Ontology, Definition of Time, Finite Information‑Transfer Capacity, Non‑Inflationary Horizon Solution, Horizon Synchronization, Constraint Propagation, GST, information paradox, DETERMINISTIC ONTOLOGY, Hierarchy Problem, Physical Cosmology, quantum vacuum, Cyclic Cosmology (Mechanical), Organization (Ontological), Adaptive Structure, Beta Decay, Tolman Reset Problem, System Evolution, Black Hole Physics, gamma‑ray bursts, Deterministic Cosmology, Mechanical Time Definition, Holographic Displacement Shell, System Identity, Entropy Reduction, Interconnected Systems, Nucleon Structure, ARCHIMEDES PRINCIPLE, Interdependence, ANTIMATTER, SYSTEMS THEORY, Strong Interaction Dynamics, general systems theory, PLANCK TIME, Equifinality, vacuum energy, Feedback Loops, Planck Scale Cutoff, HOLON, Planck‑Scale Information Encoding, Multilevel Organization, Local Update Rules, Stellar Ignition Mechanism, Closed Systems, Information Flow, Identity Formation (Ontological), Subsystem / Supersystem Hierarchy, Mechanical Inertia, HYDROSTATIC EQUILIBRIUM, Self‑Regulation, Information Refinement Cycle, Self‑Organization, Discrete State Transitions, HOLOGRAPHIC PRINCIPLE, nucleosynthesis, early universe, cosmic inflation (alternative models), Open Systems, SOLID STATE PHYSICS, QUANTUM MECHANICS, cosmic structure formation, HIERARCHY PROBLEM, HOLARCHY, Antimatter, Nonlinear Repulsive Regime, ARCHIMEDES BUOYANCY, supernovae, Planck‑Floor Dynamics, Ontological Mechanics, ARTHUR KOESTLER, Parametric Mutagenesis, Gravitational Halo Storage, Emergence, System Architecture, GENERAL RELATIVITY, System Dynamics, Planck‑Volume Information Storage, Planck length, Constraint Surface, Foundational Ontology, Holographic Information Preservation, Discrete Update Mechanics, Continuum Error, Emergent Structure, Substrate Ontology, Discrete Gravitational Flux, Tolman Reset Resolution, systems theory, Cyclic Universe Model, Planck scale, discrete spacetime, Identity Persistence, Displacement‑Pressure Regime, Non‑Geometric Physics, Complex Adaptive Systems, Holarchic Structure, PLANCK VOLUME, Flux‑Exchange Dynamics, Fine Structure Constant, Relativistic Mechanics, ARCHIMEDES DISPLACEMENT LAW, black holes, Phase Transitions (Systems), Asymptotic Freedom, Cosmic Bounce Mechanics, Nonlinear Dynamics, holography, CYCLIC COSMOLOGY, SYSTEMS ONTOLOGY, SPECIAL RELATIVITY, CIRHE (Cyclic Information-Refining Heat Engine)

THE DISCRETE FLUX ONTOLOGY: REDEFINING TIME, MOTION, AND THE EQUIVALENCE PRINCIPLE IN THE CIRHE FRAMEWORK: VERSION 3

Authors: Knight, Christina Anne

Subject Terms: Quantum Gravity, Renormalization, Structural Accumulation, Cyclic Cosmology, System Boundary, Plowing Mechanism, GENERAL SYSTEMS THEORY, Positive Feedback, Dark Energy Reinterpretation, Computational Determinacy, Information Capacity, QUANTUM FIELD THEORY, BLACK HOLE PHYSICS, Theoretical Physics, System Coherence, Constraint Networks, Relational Causation, Hierarchy, Homeostasis, State‑Space Structure, Thermodynamics of Spacetime, Discrete Information Propagation, Inelastic Repulsive Force (Fr), Cyclic Evolution, FLUID DYNAMICS, CIRHE Framework, QED, Adaptive Systems, DARK MATTER, Physical Ontology, Arrow of Time, Time Dilation Saturation, Complex Systems, big bang alternatives, gravitational field, Equivalence Principle (Mechanical), Three‑Body Problem, Heavy‑Flavor Antimatter (Neutral Composite), Deterministic Dynamics, Quark-Gluon Plasma, KECM (Knight Evolutionary Cyclic Model), Discrete Gravitational Flux Field, Deterministic Gravitational Dynamics, Flux‑Compression Limit, spacetime structure, Holism, Bounce Cosmology (Discrete), Mechanistic Ontology, Cyclic Information Refining Heat Engine, THREE-BODY PROBLEM, BERTALANFFY, QFT, Degenerate‑Core Formation, horizon problem, Ontological Discreteness, Discrete Flux Ontology, Definition of Time, Finite Information‑Transfer Capacity, Non‑Inflationary Horizon Solution, Horizon Synchronization, Constraint Propagation, GST, information paradox, DETERMINISTIC ONTOLOGY, Hierarchy Problem, Physical Cosmology, quantum vacuum, Cyclic Cosmology (Mechanical), Organization (Ontological), Adaptive Structure, Beta Decay, Tolman Reset Problem, System Evolution, Black Hole Physics, gamma‑ray bursts, Deterministic Cosmology, Mechanical Time Definition, Holographic Displacement Shell, System Identity, Entropy Reduction, Interconnected Systems, Nucleon Structure, ARCHIMEDES PRINCIPLE, Interdependence, ANTIMATTER, SYSTEMS THEORY, Strong Interaction Dynamics, general systems theory, PLANCK TIME, Equifinality, vacuum energy, Feedback Loops, Planck Scale Cutoff, HOLON, Planck‑Scale Information Encoding, Multilevel Organization, Local Update Rules, Stellar Ignition Mechanism, Closed Systems, Information Flow, Identity Formation (Ontological), Subsystem / Supersystem Hierarchy, Mechanical Inertia, HYDROSTATIC EQUILIBRIUM, Self‑Regulation, Information Refinement Cycle, Self‑Organization, Discrete State Transitions, HOLOGRAPHIC PRINCIPLE, nucleosynthesis, early universe, cosmic inflation (alternative models), Open Systems, SOLID STATE PHYSICS, QUANTUM MECHANICS, cosmic structure formation, HIERARCHY PROBLEM, HOLARCHY, Antimatter, Nonlinear Repulsive Regime, ARCHIMEDES BUOYANCY, supernovae, Planck‑Floor Dynamics, Ontological Mechanics, ARTHUR KOESTLER, Parametric Mutagenesis, Gravitational Halo Storage, Emergence, System Architecture, GENERAL RELATIVITY, System Dynamics, Planck‑Volume Information Storage, Planck length, Constraint Surface, Foundational Ontology, Holographic Information Preservation, Discrete Update Mechanics, Continuum Error, Emergent Structure, Substrate Ontology, Discrete Gravitational Flux, Tolman Reset Resolution, systems theory, Cyclic Universe Model, Planck scale, discrete spacetime, Identity Persistence, Displacement‑Pressure Regime, Non‑Geometric Physics, Complex Adaptive Systems, Holarchic Structure, PLANCK VOLUME, Flux‑Exchange Dynamics, Fine Structure Constant, Relativistic Mechanics, ARCHIMEDES DISPLACEMENT LAW, black holes, Phase Transitions (Systems), Asymptotic Freedom, Cosmic Bounce Mechanics, Nonlinear Dynamics, holography, CYCLIC COSMOLOGY, SYSTEMS ONTOLOGY, SPECIAL RELATIVITY, CIRHE (Cyclic Information-Refining Heat Engine)

THE DISCRETE FLUX ONTOLOGY: REDEFINING TIME, MOTION, AND THE EQUIVALENCE PRINCIPLE IN THE CIRHE FRAMEWORK: VERSION 2

Authors: Knight, Christina Anne

Subject Terms: Quantum Gravity, Renormalization, Structural Accumulation, Cyclic Cosmology, Plowing Mechanism, GENERAL SYSTEMS THEORY, Dark Energy Reinterpretation, Computational Determinacy, QUANTUM FIELD THEORY, BLACK HOLE PHYSICS, Theoretical Physics, Thermodynamics of Spacetime, Discrete Information Propagation, Inelastic Repulsive Force (Fr), FLUID DYNAMICS, CIRHE Framework, QED, DARK MATTER, Physical Ontology, Arrow of Time, Time Dilation Saturation, big bang alternatives, gravitational field, Equivalence Principle (Mechanical), Three‑Body Problem, Heavy‑Flavor Antimatter (Neutral Composite), Quark-Gluon Plasma, KECM (Knight Evolutionary Cyclic Model), Discrete Gravitational Flux Field, Deterministic Gravitational Dynamics, Flux‑Compression Limit, spacetime structure, Bounce Cosmology (Discrete), Mechanistic Ontology, Cyclic Information Refining Heat Engine, THREE-BODY PROBLEM, QFT, Degenerate‑Core Formation, horizon problem, Ontological Discreteness, Discrete Flux Ontology, Definition of Time, Finite Information‑Transfer Capacity, Non‑Inflationary Horizon Solution, Horizon Synchronization, GST, information paradox, DETERMINISTIC ONTOLOGY, Hierarchy Problem, Physical Cosmology, quantum vacuum, Cyclic Cosmology (Mechanical), Beta Decay, Tolman Reset Problem, Black Hole Physics, gamma‑ray bursts, Deterministic Cosmology, Mechanical Time Definition, Holographic Displacement Shell, Entropy Reduction, Nucleon Structure, ARCHIMEDES PRINCIPLE, ANTIMATTER, SYSTEMS THEORY, Strong Interaction Dynamics, PLANCK TIME, vacuum energy, Planck Scale Cutoff, Planck‑Scale Information Encoding, Local Update Rules, Stellar Ignition Mechanism, Identity Formation (Ontological), Mechanical Inertia, Information Refinement Cycle, Discrete State Transitions, HOLOGRAPHIC PRINCIPLE, nucleosynthesis, early universe, cosmic inflation (alternative models), SOLID STATE PHYSICS, QUANTUM MECHANICS, cosmic structure formation, HIERARCHY PROBLEM, Antimatter, Nonlinear Repulsive Regime, ARCHIMEDES BUOYANCY, supernovae, Planck‑Floor Dynamics, Ontological Mechanics, Parametric Mutagenesis, Gravitational Halo Storage, GENERAL RELATIVITY, Planck‑Volume Information Storage, Planck length, Foundational Ontology, Holographic Information Preservation, Discrete Update Mechanics, Continuum Error, Substrate Ontology, Discrete Gravitational Flux, Tolman Reset Resolution, Cyclic Universe Model, Planck scale, discrete spacetime, Displacement‑Pressure Regime, Non‑Geometric Physics, PLANCK VOLUME, Flux‑Exchange Dynamics, Fine Structure Constant, Relativistic Mechanics, ARCHIMEDES DISPLACEMENT LAW, black holes, Asymptotic Freedom, Cosmic Bounce Mechanics, holography, CYCLIC COSMOLOGY, SYSTEMS ONTOLOGY, SPECIAL RELATIVITY, CIRHE (Cyclic Information-Refining Heat Engine)

THE DISCRETE FLUX ONTOLOGY: REDEFINING TIME, MOTION, AND THE EQUIVALENCE PRINCIPLE IN THE CIRHE FRAMEWORK: VERSION 5

Authors: Knight, Christina Anne

Subject Terms: Quantum Gravity, Renormalization, Structural Accumulation, Metaphysics, Cyclic Cosmology, System Boundary, Plowing Mechanism, GENERAL SYSTEMS THEORY, Positive Feedback, Dark Energy Reinterpretation, Computational Determinacy, Information Capacity, QUANTUM FIELD THEORY, BLACK HOLE PHYSICS, Theoretical Physics, System Coherence, Constraint Networks, Relational Causation, Hierarchy, Physical Sciences and Mathematics, Deterministic physics, Homeostasis, State‑Space Structure, Thermodynamics of Spacetime, Discrete Information Propagation, Inelastic Repulsive Force (Fr), Cyclic Evolution, FLUID DYNAMICS, CIRHE Framework, QED, Adaptive Systems, Physics, DARK MATTER, Physical Ontology, Arrow of Time, Time Dilation Saturation, Complex Systems, big bang alternatives, FOS: Philosophy, ethics and religion, gravitational field, Equivalence Principle (Mechanical), Three‑Body Problem, Heavy‑Flavor Antimatter (Neutral Composite), Deterministic Dynamics, Quark-Gluon Plasma, Discrete physics, KECM (Knight Evolutionary Cyclic Model), Discrete Gravitational Flux Field, Deterministic Gravitational Dynamics, Astrophysics and Astronomy, Flux‑Compression Limit, spacetime structure, Holism, Bounce Cosmology (Discrete), Mechanistic Ontology, Cyclic Information Refining Heat Engine, THREE-BODY PROBLEM, BERTALANFFY, QFT, Degenerate‑Core Formation, horizon problem, Ontological Discreteness, Discrete Flux Ontology, Philosophy of physics, Definition of Time, Finite Information‑Transfer Capacity, Non‑Inflationary Horizon Solution, Horizon Synchronization, Constraint Propagation, GST, information paradox, DETERMINISTIC ONTOLOGY, Hierarchy Problem, Physical Cosmology, quantum vacuum, Cyclic Cosmology (Mechanical), Organization (Ontological), Adaptive Structure, Mechanical universe, Beta Decay, Tolman Reset Problem, System Evolution, Black Hole Physics, gamma‑ray bursts, Deterministic Cosmology, Mechanical Time Definition, General systems theory, Holographic Displacement Shell, System Identity, Entropy Reduction, Interconnected Systems, Nucleon Structure, ARCHIMEDES PRINCIPLE, Interdependence, ANTIMATTER, SYSTEMS THEORY, Strong Interaction Dynamics, general systems theory, PLANCK TIME, Equifinality, vacuum energy, Feedback Loops, Planck Scale Cutoff, HOLON, Planck‑Scale Information Encoding, Multilevel Organization, Local Update Rules, Foundational ontology, Stellar Ignition Mechanism, Closed Systems, Information Flow, Identity Formation (Ontological), Subsystem / Supersystem Hierarchy, Mechanical Inertia, Quantum foundations, HYDROSTATIC EQUILIBRIUM, Self‑Regulation, Information Refinement Cycle, Self‑Organization, Discrete State Transitions, HOLOGRAPHIC PRINCIPLE, Foundations of physics, Ontology, nucleosynthesis, early universe, Cosmology, cosmic inflation (alternative models), Open Systems, SOLID STATE PHYSICS, QUANTUM MECHANICS, cosmic structure formation, HIERARCHY PROBLEM, HOLARCHY, Antimatter, Nonlinear Repulsive Regime, ARCHIMEDES BUOYANCY, supernovae, Planck‑Floor Dynamics, Ontological Mechanics, ARTHUR KOESTLER, Parametric Mutagenesis, Gravitational Halo Storage, Emergence, System Architecture, GENERAL RELATIVITY, System Dynamics, Planck‑Volume Information Storage, Planck length, Philosophy of Science, Formal ontology, Constraint Surface, Foundational Ontology, Holographic Information Preservation, Discrete Update Mechanics, Continuum Error, Emergent Structure, Substrate Ontology, Discrete Gravitational Flux, Tolman Reset Resolution, systems theory, Cyclic Universe Model, Planck scale, discrete spacetime, Identity Persistence, Displacement‑Pressure Regime, Non‑Geometric Physics, Complex Adaptive Systems, Holarchic Structure, PLANCK VOLUME, Flux‑Exchange Dynamics, Fine Structure Constant, Relativistic Mechanics, ARCHIMEDES DISPLACEMENT LAW, Discrete ontology, black holes, Phase Transitions (Systems), Asymptotic Freedom, Cosmic Bounce Mechanics, Philosophy, Nonlinear Dynamics, Philosophy of science, holography, Arts and Humanities, CYCLIC COSMOLOGY, SYSTEMS ONTOLOGY, SPECIAL RELATIVITY, CIRHE (Cyclic Information-Refining Heat Engine)

The Deterministic Piston: Dark Matter Desequestration as the Mechanical Driver of Stellar Nucleosynthesis and LHC Pion Excess Version 3.0

Authors: Knight, Christina Anne

Subject Terms: Cyclic Inelastic Repulsive Heat Engine, ALICE Collaboration, low‑pT anomaly, ANTIMATTER, Finite-Time Thermodynamics, supernova mechanics, Stellar Nucleosynthesis, AMS‑02 Antiproton Excess, Neutral Fuel Cell, quantized substrate, LIGO ringdown quantization, Beyond the Standard Model (BSM), Electroweak Lock, CIRHE Framework, Long-lived Particles (LLP, desequestration, Dark Matter Desequestration, pion, Subatomic Scripts, Dark matter composite, Flavor Downshift, antimatter release, mechanical fusion, positron, flux‑displacement logic, Phenomenology, kaon, mechanical gravity, LHC Pion Excess, core‑temperature paradox, mechanical horizon, heavy‑flavor antimatter, pair production artifact, LHC Run 4 Signatures, Flavour Physics, Event Horizon Mechanics, CMS Experiment, Pion and Kaon Spectra, AMS‑02 antiprotons, dark matter, Antiproton Yield Signatures, Planck‑scale repulsive floor, Flavor Relaxation Spectrum, EHT shadow radius, Virtual particles, mechanical vacuum, Dark Matter Searches, Collider Phenomenology, Heavy‑Flavor Antimatter, Kaon Cascade Channels, LIGO Ringdown Quantization, Hawking radiation, Coulomb barrier, Supernova Rebound, event‑horizon mechanics, quantized frequency ladder, deterministic cosmology, pair production, non‑tunneling fusion, Positron Emission Bursts, Flux-Displacement Logic, antiproton, High-Luminosity LHC, flavor downshift, Cyclic Heat Engine Optimization'

The Deterministic Piston: Dark Matter Desequestration as the Mechanical Driver of Stellar Nucleosynthesis and LHC Pion Excess Version 2.0

Authors: Knight, Christina Anne

Subject Terms: LHC Run 4 Signatures, Cyclic Inelastic Repulsive Heat Engine, ALICE Collaboration, Flavour Physics, ANTIMATTER, Event Horizon Mechanics, CMS Experiment, Pion and Kaon Spectra, Finite-Time Thermodynamics, dark matter, Stellar Nucleosynthesis, AMS‑02 Antiproton Excess, Antiproton Yield Signatures, Flavor Relaxation Spectrum, Dark Matter Searches, Collider Phenomenology, Beyond the Standard Model (BSM), Heavy‑Flavor Antimatter, Electroweak Lock, CIRHE Framework, Long-lived Particles (LLP, Kaon Cascade Channels, LIGO Ringdown Quantization, Dark Matter Desequestration, pion, Supernova Rebound, Flavor Downshift, Positron Emission Bursts, Flux-Displacement Logic, antiproton, High-Luminosity LHC, positron, Phenomenology, kaon, LHC Pion Excess, Cyclic Heat Engine Optimization'

The Deterministic Piston: Dark Matter Desequestration as the Mechanical Driver of Stellar Nucleosynthesis and LHC Pion Excess

Authors: Knight, Christina Anne

Subject Terms: LHC Run 4 Signatures, Beyond the Standard Model (BSM), Electroweak Lock, CIRHE Framework, Long-lived Particles (LLP, ALICE Collaboration, Flavour Physics, Dark Matter Desequestration, CMS Experiment, Pion and Kaon Spectra, Finite-Time Thermodynamics, Stellar Nucleosynthesis, Flux-Displacement Logic, High-Luminosity LHC, Phenomenology, Dark Matter Searches, LHC Pion Excess, Cyclic Heat Engine Optimization', Collider Phenomenology