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M-type red dwarf, a very common type of star in the Milky Way, potential for liquid water on the surface

Ultra-cool dwarf star, very small and relatively cool star type, located in the habitable zone

F-type main-sequence star, larger and slightly hotter than the Sun, the planet has a retrograde orbit

K-type main-sequence star, relatively close to Earth, known for its deep azure blue color due to silicate particles in its atmosphere

F-type main-sequence star, hotter and larger than the Sun, has an evaporating hydrogen atmosphere

M-type red dwarf, closest star to the Sun, may be in the habitable zone

B-type main-sequence star, young and massive hot star, possible protoplanet or forming planet within a circumstellar disk

K-type main-sequence star, cooler than the Sun, potentially habitable planet

M-type red dwarf, cooler than the Sun, the planet is a 'hot Neptune' with a noticeable comet-like tail

K-type main-sequence star, cooler and smaller than the Sun, the planet is extremely hot and rocky

K-type main-sequence star, slightly smaller and cooler than the Sun, the planet may have a lava ocean

G-type main-sequence star, similar to but larger than the Sun, the planet is very close to its host star

A-type main-sequence star, very young star system, directly imaged exoplanet

G-type main-sequence star, similar to the Sun but more active, shortest orbital period known for any planet

G-type main-sequence star, similar to the Sun, first hot Jupiter discovered

M-type red dwarf, cool and small, part of a binary star system, in the habitable zone

Binary star system consisting of a K-type and an M-type star, resembles the fictional planet Tatooine from 'Star Wars'

M-dwarf star, one of the best places to look for signs of life due to its stable star and large planetary size

A-type main-sequence star, much hotter than the Sun, the planet has a 'year' lasting less than 29 hours

A-type main-sequence star, much hotter than the Sun, the planet has an ultra-short orbital period

A-type main-sequence star, young and surrounded by a debris disk, potential exoplanet or dust cloud

M-type red dwarf, smaller and cooler than the Sun, has an atmosphere with water vapor

M-type red dwarf, smaller and cooler than the Sun, has a thick atmosphere likely composed of heavy molecules

G-type main-sequence star, similar to the Sun but older, orbits in the habitable zone

K-type main-sequence star, cooler than the Sun, located in the habitable zone

G-type main-sequence star, similar to the Sun, the first confirmed rocky planet Kepler found

M-dwarf star, cooler and smaller than the Sun, within the habitable zone

G-type main-sequence star, slightly smaller than the Sun, located in the habitable zone