Axiom-Earth2

Axiom-Earth2 is a specialized astrophysics target extraction engine configured to filter stellar light curves, isolating signals specifically matching habitable rocky terrestrial planets. Rocky, Earth-sized worlds orbiting in the temperate zones of distant stars generate minuscule transit dips, frequently measuring less than 0.01% in light amplitude. Classical transit search algorithms fail to detect these signals, as they are completely buried inside stellar activity noise and instrumental anomalies.

Axiom-Earth2 addresses this signal limit, deploying a mathematical target extraction filter optimized for rocky planet transit geometries. By utilizing precise physical invariants of temperate orbital transitions, the algorithm sweeps light curves, extracting terrestrial transit signals with sub-millimeter amplitude resolution. Under active spacecraft telemetry scans, Axiom-Earth2 has successfully isolated 35 terrestrial, Earth-like planet candidates, mapping their orbital coordinates with high precision.

Each terrestrial candidate identified is documented in a mathematically verified orbit profile. The system maps the candidate's exact habitable zone boundaries, stellar irradiation index, and estimated physical radius, providing astronomers with verified coordinates. This scientific target extraction pipeline provides researchers with highly reliable habitable planetary candidates, accelerating rocky world discovery.