Astrophysics

Calculate stellar properties and evolution stages based on mass, age, radius, and temperature.

Calculate orbital parameters and properties for celestial bodies using Kepler's laws.

Calculate cosmological parameters and distances using the expanding universe model.

Calculate black hole properties including event horizon, accretion disk, and gravitational effects.

Calculate gravitational lensing effects including Einstein ring radius, light deflection, and magnification.

Calculate pulsar properties including rotation period, magnetic field strength, and spin-down rate.

Calculate supernova explosion parameters including explosion energy, light curve, and remnant evolution.

Calculate exoplanet detection parameters including transit depth, radial velocity amplitude, and detection probability.

Calculate dark matter halo properties including density profile, rotation curve, and mass distribution.