cygnus-jet-utac

GenesisAeon Package 17 — Cygnus X-1 Relativistic Jet as UTAC System

Cygnus X-1 relativistic jet modelled as a full UTAC dynamical system — calibrated against Prabu et al. (2026).

Key result: Γ_jet ≈ 0.0456 (ultra-low CREP) → the jet is highly sensitive to stellar-wind modulation ("jet dance").

Installation

pip install cygnus-jet-utac
# or with genesis-os integration
pip install "cygnus-jet-utac[genesis]"

For local development:

pip install -e ".[dev]"

Quickstart

cygnus-jet run --duration 18
cygnus-jet benchmark
cygnus-jet zenodo-export

Integration in genesis-os

from genesis_os import GenesisOS
os = GenesisOS()
cygnus = os.load_package(17)
results = cygnus.run_cycle(duration_years=18.0)
print(f"Γ_jet = {results['gamma_jet']:.4f}")

Benchmark (Prabu et al. 2026)

All 6 observables within tolerance → score 100/100.

Falsifiable Prediction

Next major jet-direction change ("dance event") within ±1 orbital period.

Role in the GenesisAeon Ecosystem

cygnus-jet-utac is Package P17 of the GenesisAeon ecosystem, in the astrophysics / relativistic jets domain. It applies the UTAC (Universal Threshold Activation Criticality) framework to Cygnus X-1's relativistic jet, with a characteristic CREP coupling value of Γ_jet ≈ 0.046.

Citation

(A separate Concept DOI, 10.5281/zenodo.19645351, covers the GenesisAeon whitepaper.)

License

Code: GPL-3.0-or-later • Docs & Data: CC BY 4.0 (see LICENSE and LICENSE-DOCS)