Hierarchial Closure Structure Network (HCSN): A framework for hypergraph rewriting.

We formalize Noor Swirl Field Geometry as a coherence-driven, pre-geometric framework that unifies quantum gravity and cosmology, introduces the ontology of Point Space, and derives falsifiable observational predictions.

Minimal relational axioms for a bounded, irreversible temporal substrate—no classical primitives.

Cosmochrony: A Structurally Constrained Pre-Geometric Framework for Emergent Physics

Informational interpretation of quantum mechanics, gravity, and cosmology based on coherence-driven compression. Includes a falsifiable adaptive-interference protocol.

Emergent Metricity from Spectral Connectivity

Graviton Search: Reframing from Particle to Geometric Property

Charge, Mass, and Inertia as Saturated Responses in a Pre-Geometric Relational Description

Book III of Dark Geometry: why d=3? Spacetime emerges as the continuum limit of a MERA qutrit network; d=3 is selected by six independent conditions; the Hertault Axiom e^4σ=I is established up to the C*-limit. 34 predictions, mean error 0.42%, zero free parameters. Verification code + scorecard.

The Monostring Hypothesis: Twenty-Three Computational Experiments Across Seven Mathematical Frameworks — Complete Falsification

Déconstruction de l'entropie comme complexité géométrique cachée. De l'effacement de l'information (Landauer) à la gravité émergente (Holographie) et aux structures fractales ($\phi$). Un manifeste pour une physique "Information-First". 📐⚛️

A numerical investigation (free-fermion / small exact-diagonalization) of emergent geometry from entanglement (the Van Raamsdonk / Cao–Carroll–Michalakis program), probed by a single quantity: the non-Euclidean obstruction of the mutual-information distance, ε_geo. The aim is to delimit precisely what this diagnostic can and cannot tell us.

Hubble Tension, Dark Energy, and Quantum Gravity: Unified Resolution via Finite Energy Conservation

A restrained fracture map for quantum gravity: locating the stage-break between general relativity and quantum theory, tracing pre-spacetime emergence, and naming the ruler problem.

Paper I — Geometry First

Quantum Reservoir Spacetime Theory (QRST): an exploratory framework proposing that spacetime emerges from an underlying quantum information reservoir.

Emergent Spacetime Geometry from Bounded Relational Relaxation

Comprehensive synthesis of quantum gravity frameworks, exploring the GR-QM divide, String Theory, LQG, Asymptotic Safety, holographic emergent spacetime, and empirical tabletop signatures.

The Fine-Structure Constant as a Projective Invariant: Lamb Shift and Schwinger Effect in a Pre-Geometric Framework