Papers
This page collects working papers and preprints for the
Emergent Condensate Superfluid Medium (ECSM) programme.
Each paper is readable independently, while also forming part of a coherent,
testable research framework.
Recommended reading order:
- Planck-scale & horizon reinterpretations
- Operational foundations & failure modes
- Core ECSM framework
- Cosmological response & structure formation
- Optics, lensing & observational tests
- Quantum measurement, microphysics & matter formation
- Working drafts / numerical diagnostics
Planck Scale, Horizons & Regime Boundaries
What the Planck Scale Limits: Geometry, Not Spacetime
Planck length as an ultraviolet saturation boundary for geometric response.
The Planck Scale as an Ultraviolet Saturation Limit of Geometric Response
Technical development of Planck-scale saturation without spacetime discreteness.
Black Hole Horizons as Finite-Response Boundaries of Geometric Description
Horizons as coherence/response-transition boundaries rather than microscopic structure.
Operational Foundations & Constraints
Thermodynamics and Irreversibility as Emergent Properties of Open Physical Systems
Mechanism-first, interpretation-neutral account of irreversibility and entropy production in open systems.
Persistent Structural Tensions in Contemporary Physics
A compact map of unresolved tensions between GR, QFT, and cosmology.
Explicit Constraints and Failure Modes of Response-Based Cosmological Frameworks
Concrete falsifiers and internal-consistency constraints for response-based models.
Operational Response Structure in Modern Cosmology
Transport, damping, and boundary behaviour already implicit in standard practice.
Core ECSM Framework
Unified ECSM Cosmology
Gravity, redshift, and structure formation without dark matter, dark energy, or expansion.
ECSM Dynamics Without Curvature
Inertia and gravity as emergent medium response.
ECSM as a Finite-Response Substrate for Gravitation and Cosmology
Coherent-medium substrate underlying ECSM phenomenology.
ECSM Cosmology: A Framework Satisfying Operational Response Requirements
Formal requirements any response-based cosmology must satisfy.
Emergent Condensate Superfluid Cosmology: Operational Requirements
Disciplined operational statement of what the framework must reproduce and recover.
Cosmological Response & Structure Formation
Cosmological Inference in the Presence of Finite Propagation Response
H₀ and S₈ tensions framed as inference artefacts near response saturation.
Early-Time Radiation Transport in a Finite-Response Cosmological Medium
Early-universe transport, damping, and regime changes without expansion bookkeeping.
Emergent Cosmic Structure from ECSM
Linear growth without dark matter or expansion.
Emergent Cosmological Geometry Across a Superfluid Phase Transition
Reconciling BAO and CMB phenomenology without expansion.
Separating Geometry, Scale, and Growth Without Expansion (Notes)
Disentangling late-time observables and degeneracies.
ECSM: Separating Geometry, Scale, and Growth in Late-Time Cosmology Without Expansion
Main draft focused on separating geometric vs growth effects without expansion.
Optics, Lensing & Observational Tests
Emergent Spacetime Optics from ECSM
Finite-coherence light propagation and weak-lensing suppression.
Emergent Spacetime Optics and Cosmological Phase Transitions
Optical signatures of coherence loss and phase transitions.
Stellar Surfaces as Interface Physics
Boundary conditions and mode coupling across stellar surfaces.
Phase-Asymmetric Dynamics in Wide Binaries
Empirical test of gravitational dynamics using wide binaries.
UV Completion, Microphysics, Matter Formation & Nuclear Stability
Coherence-Gated Ultraviolet Completion & Light Element Constraints
Coherence-gated UV behaviour and light-element (BBN) constraints.
ECSM Microphysics: A Minimal Microscopic Scaffold
Excitation taxonomy, coupling rules, and minimal microscopic scaffold.
Matter Formation as the Breakdown of Linear Propagation
Response saturation and emergence of stable excitations (“proto-matter”).
Nuclear Stability, Matter Formation, and the Iron Peak
Nuclear phenomenology as response optimisation.
Effective Lagrangian Structure of Emergent Condensate Spacetime Mechanics
Minimal formal scaffold for ECSM dynamics.
Quantum Measurement & Decoherence
Quantum Measurement as a Finite-Response Transition
Measurement interpreted as a finite-response / coherence transition.
Measurement Back-Action as Phase-Coherence Geometry
Measurement back-action framed as coherence loss and response activation.
Quantum Phenomena as Emergent Dynamics of ECSM
Quantum behaviour from finite-coherence excitation dynamics.
Working Drafts / Numerical Diagnostics
Dynamical Realisations and Numerical Diagnostics (ECSM Cosmology)
Simulation tests, numerical sanity checks, and consistency diagnostics.
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