Schwarzschild black holes#

Orbits, perihelion precession, light bending, the photon sphere, and a radial infall’s finite proper time to the horizon.

GPS: General Relativity in your pocket

GPS: General Relativity in your pocket

Light bending, the photon sphere, and the black hole shadow

Light bending, the photon sphere, and the black hole shadow

Perihelion precession: the anomaly that first confirmed General Relativity

Perihelion precession: the anomaly that first confirmed General Relativity

Penrose’s singularity theorems: finite proper time, divergent coordinate time

Penrose's singularity theorems: finite proper time, divergent coordinate time

Spaghettification: tidal forces near a black hole

Spaghettification: tidal forces near a black hole