# ArcSecs Physics Engine Demo — AI Summary

Speculative research visualization — not established current technology.

The demo is a full-screen interactive research sandbox for the ArcSecs model. It uses a deterministic fixed-step engine, scenario telemetry, validation panels, and static fallback text so humans, search engines, and AI readers can understand the page even when JavaScript does not run.

## Scenario modes

- Relational Lattice and Relational Flat-Space Engine: visualize entities as nodes and distances as relational edges rather than container-space.
- Teleparallel Gravity: compares flat-coordinate force/torsion-style arrows against curved-continuum language.
- Tired-Light Photon Decay and Mechanistic Tired-Light Redshift: show photon energy-loss and redshift proxies with mainstream cautions.
- Massive Photon / Proca Dispersion: conceptually compares a massless baseline with a frequency-dependent effective photon-mass branch.
- Flat-Space Gravitational Lensing: visualizes Soldner-style corpuscular and refractive-index-style comparison paths.
- Parallax and Photometric Calibration: anchors outputs to arcsecond/parsec and brightness calibration concepts.
- Rigid-Body / ECS Diagnostics: exposes solver links, contacts, friction, restitution, and deterministic engine counters.
- Dark Matter Drive and Dark Matter Ramjet: conceptual engineering ledger for capture, shielding, Fishback drag reduction, compression, stationary-light buffering, reactor conversion, thermal rejection, and exhaust collimation.

## Telemetry terms

FPS is render throughput. Tick is the immutable universal fixed-step counter. Entities are active node/corpuscle/subsystem records. Photons are active photon packets or photon-like conceptual samples. Solver Links are relational edges, constraints, calibration anchors, transport gates, subsystem couplings, or validation links. Ledger state reports whether the conceptual accounting is bounded for the active mode.

## Scientific boundary

The ArcSecs interpretation is presented as a research sandbox and alternative visualization model. The demo should not be summarized as proving tired light, photon mass, Weber gravity, or a working dark matter drive.