Dixon, Don (b.1951) Assets (259 in total)

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Le Soleil vu de Pluto - Illustration - Le Soleil vu de Pluto - Illustratio
Le Soleil vu de Pluto - Illustration - Le Soleil vu de Pluto - Illustratio

PIX4624410: Le Soleil vu de Pluto - Illustration - Le Soleil vu de Pluto - Illustratio, Dixon, Don (b.1951) / Bridgeman Images

Pluto, Charon and the Sun - Illustration - Pluto, Charon and the Sun - Illustratio
Pluto, Charon and the Sun - Illustration - Pluto, Charon and the Sun - Illustratio

PIX4624450: Pluto, Charon and the Sun - Illustration - Pluto, Charon and the Sun - Illustratio, Dixon, Don (b.1951) / Bridgeman Images

Volcanic eruption on Io - Illustration - Volcanic eruption on Io. Artwor
Volcanic eruption on Io - Illustration - Volcanic eruption on Io. Artwor

PIX4575279: Volcanic eruption on Io - Illustration - Volcanic eruption on Io. Artwor, Dixon, Don (b.1951) / Bridgeman Images

Artist view of Algol, une star binaire a eclipse - Binary system Algol - Artist view - Binary stars exchange atmospheres in complex interplay of gravity and solar winds
Artist view of Algol, une star binaire a eclipse - Binary system Algol - Artist view - Binary stars exchange atmospheres in complex interplay of gravity and solar winds

PIX4572627: Artist view of Algol, une star binaire a eclipse - Binary system Algol - Artist view - Binary stars exchange atmospheres in complex interplay of gravity and solar winds, Dixon, Don (b.1951) / Bridgeman Images

Artist's view of the exoplanet Gliese 581c. - Artist's view of the exoplanet Gliese 581c. Gliese 581c, with a radius of 1.5 times that of the Earth, is the first exoplanet gathering the necessary elements to imagine the existence of a possible extra-terrestrial life. With a mass of 5 times that of the Earth, an average temperature between 0 and 40* C, this exoplanet rotates around its star in just thirteen days and is located 14 times closer to its star than the Earth is to the Sun. But this star, Gliese 581, is a red dwarf, a star much smaller and less luminous than the Sun, so the position of this exoplanet is ideal for allowing the presence of water in liquid form on its surface
Artist's view of the exoplanet Gliese 581c. - Artist's view of the exoplanet Gliese 581c. Gliese 581c, with a radius of 1.5 times that of the Earth, is the first exoplanet gathering the necessary elements to imagine the existence of a possible extra-terrestrial life. With a mass of 5 times that of the Earth, an average temperature between 0 and 40* C, this exoplanet rotates around its star in just thirteen days and is located 14 times closer to its star than the Earth is to the Sun. But this star, Gliese 581, is a red dwarf, a star much smaller and less luminous than the Sun, so the position of this exoplanet is ideal for allowing the presence of water in liquid form on its surface

PIX4573686: Artist's view of the exoplanet Gliese 581c. - Artist's view of the exoplanet Gliese 581c. Gliese 581c, with a radius of 1.5 times that of the Earth, is the first exoplanet gathering the necessary elements to imagine the existence of a possible extra-terrestrial life. With a mass of 5 times that of the Earth, an average temperature between 0 and 40* C, this exoplanet rotates around its star in just thirteen days and is located 14 times closer to its star than the Earth is to the Sun. But this star, Gliese 581, is a red dwarf, a star much smaller and less luminous than the Sun, so the position of this exoplanet is ideal for allowing the presence of water in liquid form on its surface, Dixon, Don (b.1951) / Bridgeman Images

Exoplanete around Beta Lyrae - Artist view - Beta Lyrae - Artist view - Artist view of Beta Lyrae (Sheliak), a binary star with eclipse located in the constellation of Lyra. Gases spiral away from a binary star
Exoplanete around Beta Lyrae - Artist view - Beta Lyrae - Artist view - Artist view of Beta Lyrae (Sheliak), a binary star with eclipse located in the constellation of Lyra. Gases spiral away from a binary star

PIX4572620: Exoplanete around Beta Lyrae - Artist view - Beta Lyrae - Artist view - Artist view of Beta Lyrae (Sheliak), a binary star with eclipse located in the constellation of Lyra. Gases spiral away from a binary star, Dixon, Don (b.1951) / Bridgeman Images

Artist view of a magnetar - Magnetar - Artist view - Artist view of an eruption of X-rays and gamma from a magnetar, a neutron star endowed with a powerful magnetic field. Artist's concept of a burst of X - rays and gamma released by a magnetar, a neutron star with an extremely powerful magnetic field
Artist view of a magnetar - Magnetar - Artist view - Artist view of an eruption of X-rays and gamma from a magnetar, a neutron star endowed with a powerful magnetic field. Artist's concept of a burst of X - rays and gamma released by a magnetar, a neutron star with an extremely powerful magnetic field

PIX4572829: Artist view of a magnetar - Magnetar - Artist view - Artist view of an eruption of X-rays and gamma from a magnetar, a neutron star endowed with a powerful magnetic field. Artist's concept of a burst of X - rays and gamma released by a magnetar, a neutron star with an extremely powerful magnetic field, Dixon, Don (b.1951) / Bridgeman Images

The Pioneer 10 and Jupiter probe - Artist view - The Pioneer 10 and Jupiter probe - Artist view
The Pioneer 10 and Jupiter probe - Artist view - The Pioneer 10 and Jupiter probe - Artist view

PIX4605613: The Pioneer 10 and Jupiter probe - Artist view - The Pioneer 10 and Jupiter probe - Artist view, Dixon, Don (b.1951) / Bridgeman Images

Pioneer 11 and Saturn - Artist's View - Pioneer 11 Saturn flyby - Artist view - Pioneer 11 was launched on April 5, 1973 with as its first destination the planet Jupiter, which it flew over in December 1974; it was the first probe to fly over Saturn in September 1979. The Pioneer 10 and Pioneer 11 probes have embarked on a plate, called the Pioneer plate, containing a message intended for potential aliens. The Pioneer 11 probe flys past Satur
Pioneer 11 and Saturn - Artist's View - Pioneer 11 Saturn flyby - Artist view - Pioneer 11 was launched on April 5, 1973 with as its first destination the planet Jupiter, which it flew over in December 1974; it was the first probe to fly over Saturn in September 1979. The Pioneer 10 and Pioneer 11 probes have embarked on a plate, called the Pioneer plate, containing a message intended for potential aliens. The Pioneer 11 probe flys past Satur

PIX4605677: Pioneer 11 and Saturn - Artist's View - Pioneer 11 Saturn flyby - Artist view - Pioneer 11 was launched on April 5, 1973 with as its first destination the planet Jupiter, which it flew over in December 1974; it was the first probe to fly over Saturn in September 1979. The Pioneer 10 and Pioneer 11 probes have embarked on a plate, called the Pioneer plate, containing a message intended for potential aliens. The Pioneer 11 probe flys past Satur, Dixon, Don (b.1951) / Bridgeman Images

Viking probe orbiting around Mars - Illustration - Viking probe orbiting around Mars - Illustratio
Viking probe orbiting around Mars - Illustration - Viking probe orbiting around Mars - Illustratio

PIX4606374: Viking probe orbiting around Mars - Illustration - Viking probe orbiting around Mars - Illustratio, Dixon, Don (b.1951) / Bridgeman Images

The landing of the Viking probe enters the atmosphere of Mars - Artist's view - The landing of the Viking probe enters the atmosphere of Mars - Artist's view
The landing of the Viking probe enters the atmosphere of Mars - Artist's view - The landing of the Viking probe enters the atmosphere of Mars - Artist's view

PIX4606354: The landing of the Viking probe enters the atmosphere of Mars - Artist's view - The landing of the Viking probe enters the atmosphere of Mars - Artist's view, Dixon, Don (b.1951) / Bridgeman Images

The Viking probe lands on Mars - Illustration - The Viking probe lands on Mars - Illustratio
The Viking probe lands on Mars - Illustration - The Viking probe lands on Mars - Illustratio

PIX4606367: The Viking probe lands on Mars - Illustration - The Viking probe lands on Mars - Illustratio, Dixon, Don (b.1951) / Bridgeman Images

Giotto probe meets Halley's comet - Giotto probe meets Halley's comet - Artist's view
Giotto probe meets Halley's comet - Giotto probe meets Halley's comet - Artist's view

PIX4607001: Giotto probe meets Halley's comet - Giotto probe meets Halley's comet - Artist's view, Dixon, Don (b.1951) / Bridgeman Images

Ice on the Moon - Illustration - Ice on the Moon - Illustration - Ice artist's view on the surface of crateres that remain perpetually in the shade of the Sun, near the poles
Ice on the Moon - Illustration - Ice on the Moon - Illustration - Ice artist's view on the surface of crateres that remain perpetually in the shade of the Sun, near the poles

PIX4579993: Ice on the Moon - Illustration - Ice on the Moon - Illustration - Ice artist's view on the surface of crateres that remain perpetually in the shade of the Sun, near the poles, Dixon, Don (b.1951) / Bridgeman Images

Impact of Comet SL - 9 on Jupiter - Illustration - Impact of Comet SL - 9 on Jupiter - Illustratio
Impact of Comet SL - 9 on Jupiter - Illustration - Impact of Comet SL - 9 on Jupiter - Illustratio

PIX4575307: Impact of Comet SL - 9 on Jupiter - Illustration - Impact of Comet SL - 9 on Jupiter - Illustratio, Dixon, Don (b.1951) / Bridgeman Images

Jupiter from his satellite Europe - Illustration - Jupiter from his satellite Europe - Illustratio
Jupiter from his satellite Europe - Illustration - Jupiter from his satellite Europe - Illustratio

PIX4575046: Jupiter from his satellite Europe - Illustration - Jupiter from his satellite Europe - Illustratio, Dixon, Don (b.1951) / Bridgeman Images

Impact of a comet on Jupiter - Illustration - Impact of a comete on Jupiter - Illustratio
Impact of a comet on Jupiter - Illustration - Impact of a comete on Jupiter - Illustratio

PIX4575359: Impact of a comet on Jupiter - Illustration - Impact of a comete on Jupiter - Illustratio, Dixon, Don (b.1951) / Bridgeman Images

Project Daedalus - Vue d'artiste - Daedalus project - Artist view - Daedalus was an interstellar space probe project written in the 1970s. The aim was to make a probe capable of examining the Barnard star system in order to study possible planets. A crewed starship based on the British Interplanetary Society's 1970's Daedalus design fires its nuclear pulse engine in interstellar space. The engine, capable of producing 0.01 gravity acceleration, boosts the ship to 10 percent the speed of light after ten years of thrust
Project Daedalus - Vue d'artiste - Daedalus project - Artist view - Daedalus was an interstellar space probe project written in the 1970s. The aim was to make a probe capable of examining the Barnard star system in order to study possible planets. A crewed starship based on the British Interplanetary Society's 1970's Daedalus design fires its nuclear pulse engine in interstellar space. The engine, capable of producing 0.01 gravity acceleration, boosts the ship to 10 percent the speed of light after ten years of thrust

PIX4607482: Project Daedalus - Vue d'artiste - Daedalus project - Artist view - Daedalus was an interstellar space probe project written in the 1970s. The aim was to make a probe capable of examining the Barnard star system in order to study possible planets. A crewed starship based on the British Interplanetary Society's 1970's Daedalus design fires its nuclear pulse engine in interstellar space. The engine, capable of producing 0.01 gravity acceleration, boosts the ship to 10 percent the speed of light after ten years of thrust, Dixon, Don (b.1951) / Bridgeman Images

Huygens probe lands on Titan. - Huygens probe lands on Titan. - Artist's view of the descent of the European probe Huygens on Titan. Huygens landed on the Titan satellite on 14 January 2005. The Cassini-Huygens probe was launched on 15 October 1997 and has been placed in orbit around Saturn since 1 July 200
Huygens probe lands on Titan. - Huygens probe lands on Titan. - Artist's view of the descent of the European probe Huygens on Titan. Huygens landed on the Titan satellite on 14 January 2005. The Cassini-Huygens probe was launched on 15 October 1997 and has been placed in orbit around Saturn since 1 July 200

PIX4606088: Huygens probe lands on Titan. - Huygens probe lands on Titan. - Artist's view of the descent of the European probe Huygens on Titan. Huygens landed on the Titan satellite on 14 January 2005. The Cassini-Huygens probe was launched on 15 October 1997 and has been placed in orbit around Saturn since 1 July 200, Dixon, Don (b.1951) / Bridgeman Images

Active galaxies in collision - Artist view - Active galaxies collide - Artist view - Artist view of a quasar whose jet is powered by the material of a galaxy rentree in collision. Active galaxies collide, feeding matter to the central black holes that power quasars
Active galaxies in collision - Artist view - Active galaxies collide - Artist view - Artist view of a quasar whose jet is powered by the material of a galaxy rentree in collision. Active galaxies collide, feeding matter to the central black holes that power quasars

PIX4613953: Active galaxies in collision - Artist view - Active galaxies collide - Artist view - Artist view of a quasar whose jet is powered by the material of a galaxy rentree in collision. Active galaxies collide, feeding matter to the central black holes that power quasars, Dixon, Don (b.1951) / Bridgeman Images

Impact on Early Earth - Impact on Early Earth - Artist's view of Earth and Moon bombed by comets and asteroides
Impact on Early Earth - Impact on Early Earth - Artist's view of Earth and Moon bombed by comets and asteroides

PIX4632619: Impact on Early Earth - Impact on Early Earth - Artist's view of Earth and Moon bombed by comets and asteroides, Dixon, Don (b.1951) / Bridgeman Images

Primitive Earth - Artist's View - Primitive Earth - Artist's View of Earth about 4 billion years ago. The Moon at the time was much closer to Earth than today
Primitive Earth - Artist's View - Primitive Earth - Artist's View of Earth about 4 billion years ago. The Moon at the time was much closer to Earth than today

PIX4632665: Primitive Earth - Artist's View - Primitive Earth - Artist's View of Earth about 4 billion years ago. The Moon at the time was much closer to Earth than today, Dixon, Don (b.1951) / Bridgeman Images

Venus Surface - Artist's View
Venus Surface - Artist's View

PIX4635398: Venus Surface - Artist's View, Dixon, Don (b.1951) / Bridgeman Images

Le Soleil vu en coupe - Illustration - Le Soleil vu en coupe - Illustratio
Le Soleil vu en coupe - Illustration - Le Soleil vu en coupe - Illustratio

PIX4629328: Le Soleil vu en coupe - Illustration - Le Soleil vu en coupe - Illustratio, Dixon, Don (b.1951) / Bridgeman Images

The formation of the Solar System-Artist View - The formation of the Solar System-Vue d'Artist
The formation of the Solar System-Artist View - The formation of the Solar System-Vue d'Artist

PIX4630313: The formation of the Solar System-Artist View - The formation of the Solar System-Vue d'Artist, Dixon, Don (b.1951) / Bridgeman Images

Climate change in Manhattan - Artist view - Climate change in Manhattan - Artist view - Artist view showing Manhattan in a few years; New Yorkers enjoy the greenhouse effect.
Climate change in Manhattan - Artist view - Climate change in Manhattan - Artist view - Artist view showing Manhattan in a few years; New Yorkers enjoy the greenhouse effect.

PIX4632994: Climate change in Manhattan - Artist view - Climate change in Manhattan - Artist view - Artist view showing Manhattan in a few years; New Yorkers enjoy the greenhouse effect., Dixon, Don (b.1951) / Bridgeman Images

Primitive Earth - Artist's View - Primitive Earth - Artist's View of Earth about 4 billion years ago when Earth begins its cooling. The Moon at the time was much closer than today
Primitive Earth - Artist's View - Primitive Earth - Artist's View of Earth about 4 billion years ago when Earth begins its cooling. The Moon at the time was much closer than today

PIX4632701: Primitive Earth - Artist's View - Primitive Earth - Artist's View of Earth about 4 billion years ago when Earth begins its cooling. The Moon at the time was much closer than today, Dixon, Don (b.1951) / Bridgeman Images

Impact on Early Earth - Primitive Earth Impact - Artist view - An asteroid hits Earth 4.5 billion years ago. An asteroid shatters the thin crust of the forming earth 4.5 billion years ago
Impact on Early Earth - Primitive Earth Impact - Artist view - An asteroid hits Earth 4.5 billion years ago. An asteroid shatters the thin crust of the forming earth 4.5 billion years ago

PIX4632659: Impact on Early Earth - Primitive Earth Impact - Artist view - An asteroid hits Earth 4.5 billion years ago. An asteroid shatters the thin crust of the forming earth 4.5 billion years ago, Dixon, Don (b.1951) / Bridgeman Images

Artist view showing the Hubble Space Telescope realising the Hubble Ultra Deep Field. - Artist view showing the Hubble Space Telescope realising the Hubble Ultra Deep Field. - Artist view showing the Hubble Space Telescope realising the Hubble Ultra Deep Field.
Artist view showing the Hubble Space Telescope realising the Hubble Ultra Deep Field. - Artist view showing the Hubble Space Telescope realising the Hubble Ultra Deep Field. - Artist view showing the Hubble Space Telescope realising the Hubble Ultra Deep Field.

PIX4645492: Artist view showing the Hubble Space Telescope realising the Hubble Ultra Deep Field. - Artist view showing the Hubble Space Telescope realising the Hubble Ultra Deep Field. - Artist view showing the Hubble Space Telescope realising the Hubble Ultra Deep Field., Dixon, Don (b.1951) / Bridgeman Images

Satellite HDST and Starshade - High Definition Space Telescope with starshade: High Definition Space Telescope (HDST) is an observation satellite project. Located at the point of Lagrange 2, this satellite equipped with a 12-metre mirror would offer images of the universe 24 times more accurate than those obtained by the Hubble space telescope. It could be accompanied by a blackout (starshade), places in space a long distance from it to block the light of a star in order to observe its exoplanets. The High Definition Space Telescope is almost twice the size of a tennis court. By using a football-field-sized shade to block the light from distant stars, the HDST could directly observe exoplanets;
Satellite HDST and Starshade - High Definition Space Telescope with starshade: High Definition Space Telescope (HDST) is an observation satellite project. Located at the point of Lagrange 2, this satellite equipped with a 12-metre mirror would offer images of the universe 24 times more accurate than those obtained by the Hubble space telescope. It could be accompanied by a blackout (starshade), places in space a long distance from it to block the light of a star in order to observe its exoplanets. The High Definition Space Telescope is almost twice the size of a tennis court. By using a football-field-sized shade to block the light from distant stars, the HDST could directly observe exoplanets;

PIX4645711: Satellite HDST and Starshade - High Definition Space Telescope with starshade: High Definition Space Telescope (HDST) is an observation satellite project. Located at the point of Lagrange 2, this satellite equipped with a 12-metre mirror would offer images of the universe 24 times more accurate than those obtained by the Hubble space telescope. It could be accompanied by a blackout (starshade), places in space a long distance from it to block the light of a star in order to observe its exoplanets. The High Definition Space Telescope is almost twice the size of a tennis court. By using a football-field-sized shade to block the light from distant stars, the HDST could directly observe exoplanets;, Dixon, Don (b.1951) / Bridgeman Images

Comet nucleus and planet - Illustration - Comet nucleus and a planet Artwor
Comet nucleus and planet - Illustration - Comet nucleus and a planet Artwor

PIX4571530: Comet nucleus and planet - Illustration - Comet nucleus and a planet Artwor, Dixon, Don (b.1951) / Bridgeman Images

In the cloud of Oort - Illustration - Inside the Oort cloud - Illustration - The cloud of Oort is a vast body envelope located well beyond the orbit of the planets of the solar system. Comets would come from that cloud. The Oort Cloud is a huge spherical cloud surrounding our Solar System. Extending about 30 trillion kilometers (18 trillion miles) from the Sun, it was first proposed in 1950 by Dutch astronomer Jan Oort. The vast distance of the Oort cloud is considered to be the outer edge of the Solar System where the Sun's influence ends. It contains billions of icy bodies and seems to be the birth place of comets
In the cloud of Oort - Illustration - Inside the Oort cloud - Illustration - The cloud of Oort is a vast body envelope located well beyond the orbit of the planets of the solar system. Comets would come from that cloud. The Oort Cloud is a huge spherical cloud surrounding our Solar System. Extending about 30 trillion kilometers (18 trillion miles) from the Sun, it was first proposed in 1950 by Dutch astronomer Jan Oort. The vast distance of the Oort cloud is considered to be the outer edge of the Solar System where the Sun's influence ends. It contains billions of icy bodies and seems to be the birth place of comets

PIX4571570: In the cloud of Oort - Illustration - Inside the Oort cloud - Illustration - The cloud of Oort is a vast body envelope located well beyond the orbit of the planets of the solar system. Comets would come from that cloud. The Oort Cloud is a huge spherical cloud surrounding our Solar System. Extending about 30 trillion kilometers (18 trillion miles) from the Sun, it was first proposed in 1950 by Dutch astronomer Jan Oort. The vast distance of the Oort cloud is considered to be the outer edge of the Solar System where the Sun's influence ends. It contains billions of icy bodies and seems to be the birth place of comets, Dixon, Don (b.1951) / Bridgeman Images

Vue d'artiste d'une cepheide - Cepheid - artist view - Vue d'artiste d'une cepheide. Cepheides are very bright variable stars that serve as cosmic beacons to measure the distance of nearby galaxies. Their pulse period is measured and their absolute luminosite is calculated. By comparing the result to their apparent luminosite in the sky, they can be calculated accurately. A Cepheid variable star pulses in a regular period that is directly related to its intrinsic brightness, allowing astronomers to use such stars as “” standard candles”” to measure distances to other galaxies
Vue d'artiste d'une cepheide - Cepheid - artist view - Vue d'artiste d'une cepheide. Cepheides are very bright variable stars that serve as cosmic beacons to measure the distance of nearby galaxies. Their pulse period is measured and their absolute luminosite is calculated. By comparing the result to their apparent luminosite in the sky, they can be calculated accurately. A Cepheid variable star pulses in a regular period that is directly related to its intrinsic brightness, allowing astronomers to use such stars as “” standard candles”” to measure distances to other galaxies

PIX4572673: Vue d'artiste d'une cepheide - Cepheid - artist view - Vue d'artiste d'une cepheide. Cepheides are very bright variable stars that serve as cosmic beacons to measure the distance of nearby galaxies. Their pulse period is measured and their absolute luminosite is calculated. By comparing the result to their apparent luminosite in the sky, they can be calculated accurately. A Cepheid variable star pulses in a regular period that is directly related to its intrinsic brightness, allowing astronomers to use such stars as “” standard candles”” to measure distances to other galaxies, Dixon, Don (b.1951) / Bridgeman Images

Artist view of Gliese 710 near the cloud of Oort - Gliese 710 near Oort cloud - Artist view - The star Gliese 710 is a red dwarf of our galaxy, located about 63 years ago - light from the Sun. This star has its own movement and is approaching our solar system that it may reach within 1.4 million years. The cloud of Oort could be disturbed. Comets in our solar system's Oort Cloud are disturbed by the passing of a nearby dwarf star, Gliese 710, in the distant future
Artist view of Gliese 710 near the cloud of Oort - Gliese 710 near Oort cloud - Artist view - The star Gliese 710 is a red dwarf of our galaxy, located about 63 years ago - light from the Sun. This star has its own movement and is approaching our solar system that it may reach within 1.4 million years. The cloud of Oort could be disturbed. Comets in our solar system's Oort Cloud are disturbed by the passing of a nearby dwarf star, Gliese 710, in the distant future

PIX4572453: Artist view of Gliese 710 near the cloud of Oort - Gliese 710 near Oort cloud - Artist view - The star Gliese 710 is a red dwarf of our galaxy, located about 63 years ago - light from the Sun. This star has its own movement and is approaching our solar system that it may reach within 1.4 million years. The cloud of Oort could be disturbed. Comets in our solar system's Oort Cloud are disturbed by the passing of a nearby dwarf star, Gliese 710, in the distant future, Dixon, Don (b.1951) / Bridgeman Images

Artist's view of a double star in the sky of an exoplanet. - Artist's view of a double star in the sky of an exoplanet
Artist's view of a double star in the sky of an exoplanet. - Artist's view of a double star in the sky of an exoplanet

PIX4573459: Artist's view of a double star in the sky of an exoplanet. - Artist's view of a double star in the sky of an exoplanet, Dixon, Don (b.1951) / Bridgeman Images

Super Terre et Dwarf Rouge - Red Dwarf on the horizon of a Super - Earth - Illustration showing the surface of an extrasolar terrestrial planet, a super Earth, much older than our planet. In the sky, her star, a red dwarf. The exoplanet, too close to its star, knows extreme temperatures making life impossible. Much older than earth and tidally - locked toward its sun, the planet's surface has been eroded by the fierce winds that howl across the twilight zone between eternal day and night
Super Terre et Dwarf Rouge - Red Dwarf on the horizon of a Super - Earth - Illustration showing the surface of an extrasolar terrestrial planet, a super Earth, much older than our planet. In the sky, her star, a red dwarf. The exoplanet, too close to its star, knows extreme temperatures making life impossible. Much older than earth and tidally - locked toward its sun, the planet's surface has been eroded by the fierce winds that howl across the twilight zone between eternal day and night

PIX4573965: Super Terre et Dwarf Rouge - Red Dwarf on the horizon of a Super - Earth - Illustration showing the surface of an extrasolar terrestrial planet, a super Earth, much older than our planet. In the sky, her star, a red dwarf. The exoplanet, too close to its star, knows extreme temperatures making life impossible. Much older than earth and tidally - locked toward its sun, the planet's surface has been eroded by the fierce winds that howl across the twilight zone between eternal day and night, Dixon, Don (b.1951) / Bridgeman Images


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