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Active Research Papers

This section lists the definitive, empirically validated research of the Eholoko Fluxon Model (EFM). All papers listed here represent new discoveries that have been computationally validated using the EFM Simulation Engine. These works derive known physical phenomena from first principles, serving as the model's proof of work.

N1 (S/T) - Cosmology & Astrophysics

Validation against large-scale structure, cosmic observation, and gravitational phenomena.

Cosmology

  • The Cosmic Echo: A Reinterpretation of the CMB

    • Validation: Derives the Cosmic Microwave Background power spectrum as the physical power spectrum of the EFM's vacuum state.
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  • The Cosmic Engine: Thermodynamics of the Universe

    • Validation: Derives the universe's eight-fold thermodynamic structure and the arrow of time from density-dependent state switching.
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  • Emergent Particles and a Solution to the Cosmological Constant

    • Validation: Provides a first-principles solution to the cosmological constant problem using emergent particle scaling.
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  • The Great Recrystallization

    • Validation: Solves modern cosmological crises via a phase-transition model of the early universe.
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Gravitational Waves

  • The Origin of the Nanohertz Gravitational Wave Background

    • Validation: Identifies fluxon remnant oscillations as the source of the nanohertz background.
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  • A Unified Mass-Frequency Relation for Compact Objects

    • Validation: Derives the astrophysical periodicity of compact objects from unified mass-frequency relations.
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N2 (T/S) - Quantum Mechanics & Particle Physics

Validation of quantum properties, particle mass, and light.

Photonics

  • The Eholokon Nature of Light
    • Validation: Derives the photon, redshift, and the speed of light limit from the geometry of fluxon interactions.
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Particle Physics (Mass & Structure)

  • The Neutron's Negative Skin

    • Validation: Validates the extended particle structure against findings of the neutron's charge distribution.
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  • The Quantized Spacing of Matter (Covalent Bond)

    • Validation: Derives covalent bond lengths/strengths from the extended electron model.
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  • Resolving the Electron Size Paradox

    • Validation: Resolves the point-particle vs. finite-size paradox via state-dependent scattering.
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  • EFM Mass Generation & Spectrum

N3 (S=T) - Atomic, Molecular & Biological Physics

Validation of chemistry, forces, life, and atomic structure.

Atomic Structure & Nuclei

  • The Constituent Theory of the Atomic Nucleus

    • Validation: Describes the internal structure of the atomic nucleus beyond the standard model.
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  • Atomic Structure: Ionization & Shielding

    • Validation: Derives ionization energies and electron shielding effects.
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Chemistry

  • The Periodic Table of Elements

    • Validation: Derives the periodic table from harmonic resonance states.
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  • From Plasma to Nuclei (Cosmogenesis)

    • Validation: Computes the formation of nuclei and the Law of Abundance from primordial plasma.
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  • Unified Cosmology & High Resolution Validation

    • Validation: Defines the definitive, high-resolution validation of the model's scaling laws.
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Electromagnetism & Forces

  • Derivation of Forces

    • Validation: Unifies Gravity, Electromagnetism, and Strong Force.
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  • The Three-Body Problem & Trefoil Orbit

    • Validation: Presents a stable solution to the 3-Body Problem and the Trefoil Orbit.
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Biology

  • The Physics of Mind (Consciousness)

    • Validation: Derives timescales of consciousness and cellular function.
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  • Thermodynamic Origin of Homochirality

    • Validation: Derives the origin of biological homochirality from field thermodynamics.
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  • From Stability to Function (Catalysis)

    • Validation: Derives the principle of optimal lability and biological catalysis.
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  • Universal Biological Timescale

    • Validation: Derives a universal biological timescale from the unified field.
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Ontology & Density Science

Methodology, scaling laws, and simulation architecture.

  • The Eholoko Simulation Engine

    • Definition: Defines the architecture and analysis protocols.
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  • Universal Scaling Laws

    • Validation: Defines the framework for converting simulation to physical reality.
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  • State-Dependent Scaling & Particle Populations

    • Validation: Validates state-dependent scaling laws and populations.
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  • From First Principles to Unassailable Proof

    • Validation: Methodological validation across cosmic and quantum scales.
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Hypothesis Papers Archive

Looking for the foundational theoretical proposals? The Hypothesis Papers Archive contains the original derivations and low-resolution approximations that laid the groundwork for the active research listed above.

Visit Hypothesis Archive