ESO/M. Kornmesser51 Pegasi b
The first planet ever found orbiting a Sun-like star (1995). Its discovery won the 2019 Nobel Prize in Physics.
4.2 days
Year length
1,265 K
scorching
13.4×🌍
Radius
How long to get there?
Worlds beyond our sun
Confirmed planets orbiting other stars — counted live from NASA's Exoplanet Archive. Every one is a real world someone discovered.
Live data · NASA Exoplanet Archive
Eight worlds that changed how we think about the galaxy.
ESO/M. KornmesserThe first planet ever found orbiting a Sun-like star (1995). Its discovery won the 2019 Nobel Prize in Physics.
4.2 days
Year length
1,265 K
scorching
13.4×🌍
Radius
How long to get there?
ESO/M. KornmesserThe closest exoplanet to Earth, orbiting in the habitable zone of our nearest stellar neighbour.
11 days
Year length
234 K
temperate
1.1×🌍
Radius
How long to get there?
NASA/JPL-CaltechOne of seven Earth-sized worlds around one tiny star — three of them sit in the habitable zone.
6.1 days
Year length
250 K
temperate
0.9×🌍
Radius
How long to get there?
NASA/JPL-CaltechNicknamed 'Earth's cousin' — a bigger Earth orbiting a Sun-like star at almost the same distance.
385 days
Year length
265 K
temperate
1.6×🌍
Radius
How long to get there?
NASA/ESA HubbleA deep-blue planet where it rains molten glass — sideways, in 8,700 km/h winds.
2.2 days
Year length
1,200 K
scorching
12.7×🌍
Radius
How long to get there?
ESA/HubbleA scorching world with oceans of lava; its interior may be rich in diamond.
0.8 days
Year length
2,000 K
scorching
2×🌍
Radius
How long to get there?
NASA/JPL-CaltechStretched into an egg shape and slowly being devoured by its own star.
1.1 days
Year length
2,600 K
scorching
21×🌍
Radius
How long to get there?
ESA/HubbleWater vapour found in its atmosphere — a candidate for a world with a global ocean.
33 days
Year length
265 K
temperate
2.6×🌍
Radius
How long to get there?
The newest confirmed planets in the archive.