The Carlo Gravity Engine V2

Abstract

The Carlo Gravity Engine — v2 An expanded release of the Carlo Gravity Engine, covering both the source paper and its interactive visualiser. The underlying model — gravity as collapse-alignment under recursive authority, formalised in the Carlo Gravity Equation G = (ρc·Cs·A)/R — is unchanged from v1. This release is about presentation, verification, and giving researchers tools to work with the model directly. Paper (PDF, 16 pages) Restructured as a full academic-style publication: a title page, abstract and table of contents, a dedicated full-page spread for the core equation, and all seven Unfolding Passes plus the Carlo Conclusion carried over from the original text with no changes to wording or logic. New in v2: Appendix A — a full reference-data table giving the exact input parameters and derived fields (A, G, Bs, Bc) for all six Gravity Engine preset modes, so every number in the paper can be checked by hand Appendix B — a one-page quick-reference card: the equation, a variable glossary, the distortion-mode summary, a formal citation block (APA and BibTeX), and a scannable QR code linking to the Zenodo DOI Visualiser (standalone HTML, no install required) A from-scratch visual and interaction rebuild of the V-Sigma-Binding engine on top of the original, untouched physics (the same equation, the same six presets, the same distortion-mode classification): Redesigned interface — glass panels, live telemetry bars, a G-history sparkline, tooltips on every control, toast notifications Direct field interaction — click or drag inside the canvas to inject a transient collapse pulse; scroll to zoom, drag to pan Sweep Lab — plot G as a heatmap across any two of the six parameters, with the live configuration marked on the map and a hover readout of the exact value at any point Shareable permalinks — the full parameter state is encoded into the URL, so a configuration can be copied, bookmarked, or sent to someone else Experiment Log — every mode change, slider release, and randomize is timestamped and exportable as CSV or JSON Full keyboard control (1–6 for presets, R to randomize, Space to pause, S to snapshot, F for fullscreen, X for Sweep Lab, L to copy a link) and an in-app "About" panel explaining the model in plain language ⚠️ Motion & visual sensitivity note: the visualiser features continuous particle animation, pulsing glow effects, and reactive field motion — if you're sensitive to flashing/moving visual effects (e.g. photosensitive epilepsy, motion-triggered migraines, or general motion sensitivity), proceed with caution or skip the live visualiser. Keywords / Subjects:Carlo Field Theory; Gravity Reconstruction; Collapse Alignment; Binding Behaviour; Recursive Systems; Stability Pressure; Authority Constraint; Contextual Rebinding; Collapse Density (ρc); Collapse Stability (Cs); Authority Pressure (A); Recursion Depth (R); Carlo Gravity Equation; Emergent Gravity; Binding Artefact; Structural Coherence; Collapse Map; Stability Gradient; Authority Lattice; Carlo Axes; ReGenesis Engine; Gravity Engine V‑Sigma‑Binding; Engineered Binding Fields; Programmable Gravity; Metaphysical Systems; Conceptual Dynamics; Nonlinear Binding Behaviour; Computational Metaphysics; Theoretical Frameworks; Emergent Phenomena; System Coherence; Collapse‑Driven Binding; Recursive Ontology; Binding Canon. R.I.P Benny Harvey - Gone But Never Forgotten - MIss You Big Man Contact: For enquiries or research questions related to this work, email matthewcarlo.research@gmail.com