About CAELIX

What Is CAELIX ?

CAELIX is a simulation suite for discrete lattice field experiments. It explores how large-scale, continuum-like behaviour can emerge from simple local rules on a finite substrate, rather than assuming continuum physics first and only later asking how to imitate it.

In practical terms, CAELIX is a constructive laboratory. It starts from a minimal discrete system, evolves it numerically, and measures what macroscopic signatures actually appear. The point is not to decorate a theory with animations, but to test what survives once the rules are made explicit and the behaviour is forced to show itself.

How Does It Work ?

The lattice substrate uses a balanced ternary local state alphabet: {-1, 0, +1}.

From that substrate, CAELIX constructs derived load or carrier fields and evolves them under controlled local update rules. This allows the same framework to examine clean propagation, interference, confinement, lensing, timing behaviour, breather or soliton-like stability, and field-mediated interactions without pretending that every layer of the model is fundamental in the same way.

The emphasis is on explicit diagnostics, repeatable runs and logged provenance. A result is only interesting if it can be reproduced, perturbed and checked against alternative explanations. If a behaviour disappears the moment the scaffold is simplified or removed, that is useful information too.

Experiment Families

CAELIX includes baseline propagation tests, diffusion and calibration runs, interference structures, confinement geometries, field interaction studies, lensing-style delay experiments, light-clock and timing tests, breather or soliton stability studies, collision work and field-mediated multi-body dynamics.

These are organised as explicit experiment suites so behaviour can be compared across controlled changes in geometry, coupling, boundary conditions and update regime. The aim is to build an experimental ladder, not a bag of unrelated visual effects.

White Papers & Research Material

The CAELIX white papers and working documents describe the framework, methodology and observed signatures in more formal detail. They are where the broader architecture, derivations, historical context and open problems are laid out more carefully than they can be on the homepage.

The purpose of this document stack is to make the project legible both as software and as an open computational research programme. The About page is the orientation layer. The white papers and working notes are where the deeper argument begins.

Open Research

CAELIX is published as open research and open code.

The aim is not to present a finished cosmology wrapped in velvet, but to expose a working testbed that others can inspect, rerun, criticise and extend. If something survives that treatment, then it may be worth keeping. If it does not, that is part of the result as well.