The impression of this artist is shown by looking at the surface of the planet Proxime b in orbit around the red dwarf star Proxime Centauri, the closest star to the solar system. Proxima b is a little more massive than Earth.
This is an artist’s illustration of the atmosphere of an exoplanet with a white dwarf star visible on the horizon. The starlight of a white dwarf, filtered through the atmosphere of an exoplanet orbiting it, could detect if the planet has biosignals.
This is the artist’s illustration of the Kepler-88 planetary system, where one giant exoplanet and two smaller planets orbit the star Kepler-88. The system is more than 1,200 light-years away.
This is an illustration of the newly discovered exoplanet Kepler-1649c orbiting its parent star, the red dwarf.
An illustration by this artist shows a night view of the exoplanet WASP-76b, where iron falls from the sky.
This is the artistic concept of an annular planet passing in front of its host star. It shows how an “exhaled” ring on the planet can look to us from afar.
The sizes of the 17 new candidates for the planet, which we see in orange here, are compared to colored depictions of Mars, Earth, and Neptune. The green planet is KIC-7340288 b, a rocky planet in the inhabited zone of its star.
The artist’s impression K2-18b. CREDIT Amanda Smith
This is the artist’s impression of a hot Jupiter orbiting a star.
This is the artist’s illustration of a huge planet orbiting a cold, young star. In the case of the newly discovered system, the planet is 10 times more massive than Jupiter, and the planet’s orbit is almost 600 times larger than the Earth around the Sun.
Welcome to the KELT-9 system. The host star is a hot, fast-rotating type A star that is about 2.5 times more massive and almost twice as hot as our sun. The hot star blows the nearby planet KELT-9b with huge amounts of radiation, leading to a daily temperature of 7800 degrees Fahrenheit, warmer than most stars and only 2000 degrees colder than the sun.
This is an artistic depiction of the Proxima Centauri planetary system. The newly discovered super-Earth exoplanet Proxima c, on the right, has an orbit of about 5.2 Earth years around its parent star. The system also contains a smaller Proxima b, left, discovered in 2016. Illustration by Lorenzo Santinelli.
This is the artistic concept of the GJ180d, the closest to us moderate super-Earth with the potential to support life.
Illustration of WASP-12b spiraling in a dance of death against its star. The planet will reach its end in three million years.
TOI 700 d is the first potentially habitable planet of Earth-sized planets spotted by NASA’s TESS mission to hunt planets.
TOI 1338 b was erased by its two host stars, making it the first such discovery for the TESS mission. TESS only detects transitions from a larger star
An illustration by this artist depicts a wet exoplanet with an oxygen atmosphere. The red sphere is the star of the M-dwarves, the orbits of exoplanets.
An illustration by this artist depicts a dry exoplanet with an oxygen atmosphere. The red sphere is the star of the M-dwarves, the orbits of exoplanets.
An artistic illustration of the Kepler 51 system shows the newly discovered super-leaves of the exoplanet, also called “candy candy” exoplanets because they are so light.
An illustration of this artistic concept depicts an exoplanet with two moons orbiting in a circle around the inhabited part of a red dwarf star.
This is the artist’s illustration of two exoplanets colliding in a binary star system.
This is an artistic illustration of Neptune-type exoplanets in the icy outer reaches of their stellar system. It could look like a large, newly discovered gas giant that takes about 20 years to orbit a star 11 light-years from Earth.
This image shows a comparison of the red dwarf star GJ 3512 with our solar system, as well as other nearby red dwarf planetary systems.
The painting by this artist shows the exoplanet K2-18b in orbit around the host star. It is currently the only exoplanet on Super Earth that has water vapor in its atmosphere and can be at the right temperature to support life.
This is a representation of the mass loss of the exoon during the retraction of the gas giant by which it orbits.
The illustration shows what the orbit of the exoplanet HR 5183 b would look like if it were dropped into our solar system. It will probably switch from the asteroid belt to Neptune, the eighth planet in our solar system.
At least two giant planets, at most 20 million years old, orbit the star Beta Pictoris. A disk of dust and gas surrounding the star can be seen in the background.
This is the artist’s interpretation of what the super-Earth might look like GJ 357 d. It lies within the populated zone of its star which is 31 light years from Earth.
The artist’s impression of a planetary disk around PDS 70 c, an exoplanet of a gas giant in a stellar system 370 light-years away.
The painting by this artist shows two exoplanets of gas giants orbiting a young star PDS 70. These planets continue to grow by collecting material from the surrounding disk. In the process, they gravitationally carved a large gap in the disk.
An artistic illustration of HD 21749c, the first planet Earth to be found by TESS, as well as its sibling, HD 21749b, a warm mini-Neptune.
In this illustration, a “hot saturn” passes in front of its host star. Astronomers studying the stars used “stellar earthquakes” to characterize the star, which provided critical information about the planet.
The artistic concept of TESS on the background of stars and orbits around planets on the Milky Way. Credit: ESA, M. Kornmesser (ESO), Aaron E. Lepsch (ADNET Systems Inc.), Britt Griswold (Maslow Media Group), NASA’s Goddard Space Flight Center and Cornell University
The super-telescope performed the first direct observation of exoplanets using optical interferometry. This method revealed a complex exoplanetary atmosphere with clouds of iron and silicates rolling in a storm across the planet. The technique provides unique opportunities to characterize many known exoplanets.
This painting depicts the artist’s impression from the surface of Barnard’s Star b, a cold Super-Earth discovered in the orbit of Barnard’s Star 6 light-years away.
The painting by this artist shows the newly discovered exoplanet K2-288Bb, 226 light-years away and half the size of Neptune. It orbits a pale member of a pair of cool M-type stars every 31.3 days.
This is the artist’s impression of the exoplanet HAT-P-11b. The planet has an elongated helium atmosphere radiated by a star, an orange dwarf star smaller but more active than our sun.
An artistic illustration of what a super-Earth might look like found around the orange star HD 26965 (also known as 40 Eridani A). The recently discovered exoplanet is being compared to the fictional planet Vulcan because Star Trek creator Gene Roddenberry said the star is an ideal candidate to host Vulcan, Mr. Spock’s homeworld.
The star TRAPPIST-1, an ultra-cool dwarf, has an Earth-sized planet around it.
For the first time, eight planets orbiting another star have been found, which connect to our solar system for the most famous planets around one star. The Kepler-90 system is located in the constellation Draco, more than 2,500 light-years from Earth.
An illustration by this artist shows the exoplanet Ross 128 b, with a red dwarf host star in the background. The planet is only 11 light years from our solar system. It is now the second closest temperate planet to be detected, after Proxima b.
WASP-121b, 880 light-years away, is considered a hot Jupiter-like planet. It has a larger mass and radius than Jupiter, which makes it “puffier”. If WASP-121b is closer to the host star, it would be separated by the star’s gravity.
NASA’s Kepler Space Telescope has identified another 219 candidate planets, 10 of which are close to Earth size and in the inhabited zone of its stars.
The concept of this artist depicts OGLE-2016-BLG-1195Lb, a planet that envelops an incredibly faint star, 13,000 light-years away from us. It is an “icy” planet with temperatures reaching minus-400 degrees Fahrenheit.
LHS 1140b is located in a zone that lives in running water that surrounds its parent star, a small, pale red star called LHS 1140. an atmosphere that the planet may have retained.
Artistic conceptual image of the surface of the exoplanet TRAPPIST-1f. Of the seven exoplanets discovered in the orbit of the ultracool dwarf star TRAPPIST-1, this one is perhaps the most suitable for life. It is similar in size to Earth, slightly colder than Earth’s temperature, and is located in the star’s life zone, meaning there could be running water (and even oceans) on the surface. The proximity of the star to the sky gives a shade of salmon, and the other planets are so close that they appear in the sky, much like our own moon.
The artist’s conception of a binary system with three huge planets was discovered, where one star hosts two planets and the other hosts a third. The system is a binary device with the smallest separation in which both stars have planets ever observed.
The impression of this artist is shown by the planet Proxima b orbiting the red dwarf star Proxima Centauri, the closest star to our solar system.
The art display depicts Earth-sized exoplanets the size of TRAPPIST-1b and 1c in a rare double-transit event as they pass in front of their ultra-cool dwarf star, allowing Hubble to peek into their atmosphere.
From the new discovery of 104 exoplanets, astronomers have found four similar-sized Earths orbiting a dwarf star. Two of them have the potential to support life. The craft shown in this illustration is the NASA Kepler Space Telescope, which helped confirm the existence of thousands of exoplanets.
The impression of this artist is shown by a look at the triple star system HD 131399 from close to a giant planet orbiting the system. Located about 320 light-years from Earth, the planet is about 16 million years old, making it one of the youngest exoplanets discovered to date.
The artistic impression of the planet Kepler-1647b, which is almost identical in size and mass to Jupiter. The planet is expected to look approximately similar. But it is much warmer: Kepler-1647b is in a populated area.
HD-106906b is a gaseous planet 11 times more massive than Jupiter. The planet is thought to have formed at the center of the solar system, before sending spacecraft to the edges of the region by a violent gravitational event.
Kepler-10b orbits at a distance greater than 20 times closer to its star than Mercury is from our own sun. Daily temperatures exceed 1,300 degrees Celsius (2,500 degrees Celsius), which is warmer than lava flowing on Earth.
This Jupiter-like planet in the HD-188753 system, 149 light-years from Earth, has three suns. The main star in the mass is similar to our Sun. The system was compared to the home planet of Luke Skywalker Tatooine in “Star Wars.”
Kepler-421b is a transitory exoplanet the size of Uranus with the longest known year, as it orbits its star once every 704 days. The planet orbits an orange K-type star, is colder and darker than our Sun, and is located about 1,000 light-years from Earth in the constellation Lyra.
Astronomers in the constellation Cygnus have discovered two planets smaller than three times the size of Earth in orbit around sun stars in a crowded star cluster, about 3,000 light-years from Earth.
The concept of this artist depicts a hypothetical planet with two moons orbiting in a populated zone of a red dwarf star. Most of the sun’s neighbors are red dwarfs.
Kepler-186f was the first confirmed Earth-sized planet to be found in orbit from a distant star in the inhabited zone. This zone is the range of distances from the star where running water could unite on the planet’s surface.
Kepler-69c is a super-sized planet similar to Venus. The planet is located in the life zone of a star like our sun, approximately 2,700 light-years from Earth in the constellation Cygnus.
The Kepler-444 system originated when the Milky Way was only two billion years old. In a tightly charged system, there are five planets that move in size, the smallest being comparable to the size of Mercury, and the largest to Venus, which orbits their sun in less than 10 days.
This image of the artistic concept compares the Earth, on the left, with Kepler-452b, which is about 60% larger. Both planets orbit a G2-type star of approximately the same temperature; however, the star hosting Kepler-452b is 6 billion years old – 1.5 billion years older than our sun.