43 public repositories · 31 physics/mathematics projects

Repository
landscape

Every public repository is listed, with a separate physics/mathematics filter for the research corpus. Theory, metric kernels, trajectories, lensing, data pipelines, mathematical experiments, tests, plots and documentation are mapped as one inspectable research landscape.

git
Dependency map

Research flow

Theory
canonical scope
Metric
core functions
Observables
trajectories/lensing/data
Tests/docs
locks and releases

Core

ssz-complete-documentation, SSZ-METRIC_COMPLETE, ssz-full-metric, ssz-metric-final and ssz-metric-pure.

Forward models

ssz-trajectories, ssz-lensing, ssz-ligo-tests, mass projection, G79 and energy analyses.

Verification

ssz-all-tests, metric suites, frequency-curvature validation, plots and documentation audits.

Interactive catalogue · API snapshot 3 August 2026

All public physics and mathematics repositories

The catalogue is generated locally from GitHub’s public repository metadata and shipped as static JSON; no browser token or live API request is used. “Archived” is a hosting status, not a judgement that the scientific content is obsolete. Repository descriptions are quoted metadata and do not override the portal’s P0 scientific scope.

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Cross-repository rules

Single scientific vocabulary

Ξ, D, r_s, branch domains and observable methods must mean the same thing across repositories. A local toy formula must carry a toy/legacy label.

Locks before downstream results

Branch, field and model locks should precede expensive data runs. Results must record the exact lock and commit they consumed.

No silent result promotion

A plot repository may visualise a result but does not raise its epistemic status. The underlying derivation and test provenance remain authoritative.

Dirty working trees

The inventory records local modification state without changing those repositories. Unrelated working changes were preserved.