—
—
—
—
—
—

Maps: NASA Blue Marble, Black Marble, LRO, MESSENGER, Cassini, New Horizons · Mars: NASA/JPL/USGS Viking mosaic, relief from MGS MOLA (NASA/GSFC, 6x vertical exaggeration) · Jupiter: Hubble OPAL 2019, NASA, ESA, A. Simon (GSFC), M.H. Wong (UC Berkeley) (CC BY 4.0), enhanced colour · Sun's limb: NASA/SDO AIA 304 Å · Sun, Saturn, Saturn's rings, Uranus, Neptune, clouds, relief: Solar System Scope (CC BY 4.0) · Moons and small worlds: NASA/JPL/USGS; Io, Ganymede, Titan, Triton via CelestiaContent (CC BY, Askaniy Anpilogov et al.); Mimas, Tethys, Dione, Rhea, Ceres, Vesta via Stellarium (CC BY 4.0, Oleg Pluton, FarGetaNik) · Bennu, Ryugu, Itokawa, Eros, Arrokoth: shape models NASA PDS / OSIRIS-REx / NEAR / New Horizons (CC0), Ryugu ISAS/JAXA (CC BY 4.0); maps via CelestiaContent (Askaniy Anpilogov, Roman Tkachenko; Stooke, NASA PDS; CC BY) · Orbits: JPL, Minor Planet Center; asteroids and comets: NASA/JPL Small-Body Database (via KStars) · Spacecraft trajectories: NASA/JPL Horizons · Rotation: IAU WGCCRE · Data: NASA NSSDC
Space Simulator

Loading…

Galaxienkollisionen

Führe in deinem Browser Gravitationssimulationen echter Galaxienbegegnungen aus: Milchstraße und Andromeda, die Wagenradgalaxie, die Mäuse und mehr. Ändere die Geschwindigkeit, füge ein Schwarzes Loch hinzu und sieh, wie Gezeitenschweife entstehen.