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

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Terraform Moon - Artist's view - Terraformed Moon - Illustration - Artist's view of the Moon made habitable. Earth shines above a moon which advanced technology has rendered habitable
Terraform Moon - Artist's view - Terraformed Moon - Illustration - Artist's view of the Moon made habitable. Earth shines above a moon which advanced technology has rendered habitable

PIX4638918: Terraform Moon - Artist's view - Terraformed Moon - Illustration - Artist's view of the Moon made habitable. Earth shines above a moon which advanced technology has rendered habitable, Dixon, Don (b.1951) / Bridgeman Images

The Solar System-Artist View - The Solar System-Artist View
The Solar System-Artist View - The Solar System-Artist View

PIX4630107: The Solar System-Artist View - The Solar System-Artist View, Dixon, Don (b.1951) / Bridgeman Images

Primitive Earth - Artist's View - Primitive Earth - Artist's View of Earth about 4 billion years ago. Methane was probably abundant in the atmosphere creating persistent fog. 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. Methane was probably abundant in the atmosphere creating persistent fog. The Moon at the time was much closer to Earth than today

PIX4632682: Primitive Earth - Artist's View - Primitive Earth - Artist's View of Earth about 4 billion years ago. Methane was probably abundant in the atmosphere creating persistent fog. The Moon at the time was much closer to Earth than today, Dixon, Don (b.1951) / Bridgeman Images

Early Earth - First rains fill crateres - Early Earth - First rains fill crateres - Artist's view of Earth about 4 billion years ago when Earth began to cool
Early Earth - First rains fill crateres - Early Earth - First rains fill crateres - Artist's view of Earth about 4 billion years ago when Earth began to cool

PIX4632709: Early Earth - First rains fill crateres - Early Earth - First rains fill crateres - Artist's view of Earth about 4 billion years ago when Earth began to cool, Dixon, Don (b.1951) / Bridgeman Images

Earth Formation - Artist's View - Earth Formation - Artist's View - Earth was formed 4.6 billion years ago from a gigantic cloud of gas and dust. These dust accreted to form our planet
Earth Formation - Artist's View - Earth Formation - Artist's View - Earth was formed 4.6 billion years ago from a gigantic cloud of gas and dust. These dust accreted to form our planet

PIX4633378: Earth Formation - Artist's View - Earth Formation - Artist's View - Earth was formed 4.6 billion years ago from a gigantic cloud of gas and dust. These dust accreted to form our planet, Dixon, Don (b.1951) / Bridgeman Images

The capture of the Moon - Moon capture theory - Infographic showing the different processes of capturing a satellite by a planet. At the top, the developing planetary halo of gas slows down and captures a passing Celestial body. In the middle, the sphere of gravitational influence of the planet develops and attracts a celestial body. At the bottom, interactions between passing asteroids can cause one to remain in orbit around a planet. Infographic shows processes for planet to aquire a satellite. A developing planet's halo of gas expands to capture a passing body (top). Its gravitational sphere of influence expands as well (middle). Interactions between passing asteroids may cause one to fall into orbit (bottom)
The capture of the Moon - Moon capture theory - Infographic showing the different processes of capturing a satellite by a planet. At the top, the developing planetary halo of gas slows down and captures a passing Celestial body. In the middle, the sphere of gravitational influence of the planet develops and attracts a celestial body. At the bottom, interactions between passing asteroids can cause one to remain in orbit around a planet. Infographic shows processes for planet to aquire a satellite. A developing planet's halo of gas expands to capture a passing body (top). Its gravitational sphere of influence expands as well (middle). Interactions between passing asteroids may cause one to fall into orbit (bottom)

PIX4633504: The capture of the Moon - Moon capture theory - Infographic showing the different processes of capturing a satellite by a planet. At the top, the developing planetary halo of gas slows down and captures a passing Celestial body. In the middle, the sphere of gravitational influence of the planet develops and attracts a celestial body. At the bottom, interactions between passing asteroids can cause one to remain in orbit around a planet. Infographic shows processes for planet to aquire a satellite. A developing planet's halo of gas expands to capture a passing body (top). Its gravitational sphere of influence expands as well (middle). Interactions between passing asteroids may cause one to fall into orbit (bottom), Dixon, Don (b.1951) / Bridgeman Images

Our galaxy and the different star currents-Artist's view - Artist's view of star currents orbiting our galaxy; these stars are the remains of small galaxies disloquefied by gravitational forces
Our galaxy and the different star currents-Artist's view - Artist's view of star currents orbiting our galaxy; these stars are the remains of small galaxies disloquefied by gravitational forces

PIX4638220: Our galaxy and the different star currents-Artist's view - Artist's view of star currents orbiting our galaxy; these stars are the remains of small galaxies disloquefied by gravitational forces, Dixon, Don (b.1951) / Bridgeman Images

Evolution of our sky - End of cosmology - The sky seen from Earth today (left) and then in 5 billion years (the Sun has become a giant red star, the Earth has lost its water, the galaxy of Andromede collides with our galaxy), in 100 billion years, there is only one supergalaxy left in our sky; in 100 trillion years (100 million), the last stars are getting out. The night sky seen from Earth today (left), then seen in 5 billion years (sun has become a red giant star, water on earth is evaporated Andromeda galaxy is colliding Milky way). Third panel is 100 billion years later, there is only one giant galaxy in our sky. Last panel is 100 trillion years in the future, universe goes black, last stars burn out
Evolution of our sky - End of cosmology - The sky seen from Earth today (left) and then in 5 billion years (the Sun has become a giant red star, the Earth has lost its water, the galaxy of Andromede collides with our galaxy), in 100 billion years, there is only one supergalaxy left in our sky; in 100 trillion years (100 million), the last stars are getting out. The night sky seen from Earth today (left), then seen in 5 billion years (sun has become a red giant star, water on earth is evaporated Andromeda galaxy is colliding Milky way). Third panel is 100 billion years later, there is only one giant galaxy in our sky. Last panel is 100 trillion years in the future, universe goes black, last stars burn out

PIX4638331: Evolution of our sky - End of cosmology - The sky seen from Earth today (left) and then in 5 billion years (the Sun has become a giant red star, the Earth has lost its water, the galaxy of Andromede collides with our galaxy), in 100 billion years, there is only one supergalaxy left in our sky; in 100 trillion years (100 million), the last stars are getting out. The night sky seen from Earth today (left), then seen in 5 billion years (sun has become a red giant star, water on earth is evaporated Andromeda galaxy is colliding Milky way). Third panel is 100 billion years later, there is only one giant galaxy in our sky. Last panel is 100 trillion years in the future, universe goes black, last stars burn out, Dixon, Don (b.1951) / Bridgeman Images

Artist's view of a supernova explosion threatening spacecraft - Starships threatened by a supernova explosion - Artist's view of the explosion of a supernova threatening spacecraft. Cover illustration of Michael McCollum's novel “Antares Dawn”. Antares Dawn - cover for novel by Michael McCollum, a starship hovers against the backdrop of the exploding red giant Antares
Artist's view of a supernova explosion threatening spacecraft - Starships threatened by a supernova explosion - Artist's view of the explosion of a supernova threatening spacecraft. Cover illustration of Michael McCollum's novel “Antares Dawn”. Antares Dawn - cover for novel by Michael McCollum, a starship hovers against the backdrop of the exploding red giant Antares

PIX4640469: Artist's view of a supernova explosion threatening spacecraft - Starships threatened by a supernova explosion - Artist's view of the explosion of a supernova threatening spacecraft. Cover illustration of Michael McCollum's novel “Antares Dawn”. Antares Dawn - cover for novel by Michael McCollum, a starship hovers against the backdrop of the exploding red giant Antares, Dixon, Don (b.1951) / Bridgeman Images

Artist view of a factory in orbit - Orbital factory - Artist view - Artist view of a gigantic factory assembling materials in weightlessness. A huge habitat and factory complex manufactures exotic new materials in weightlessness
Artist view of a factory in orbit - Orbital factory - Artist view - Artist view of a gigantic factory assembling materials in weightlessness. A huge habitat and factory complex manufactures exotic new materials in weightlessness

PIX4640166: Artist view of a factory in orbit - Orbital factory - Artist view - Artist view of a gigantic factory assembling materials in weightlessness. A huge habitat and factory complex manufactures exotic new materials in weightlessness, Dixon, Don (b.1951) / Bridgeman Images

Artist view of a spaceship near an exoplanet - Spaceship over an exoplanet - Artist view - Artist view of a spaceship approaching an extrasolar planet of a terrestrial type. Artwork of a giant starship approaches an earthlike extrasolar world
Artist view of a spaceship near an exoplanet - Spaceship over an exoplanet - Artist view - Artist view of a spaceship approaching an extrasolar planet of a terrestrial type. Artwork of a giant starship approaches an earthlike extrasolar world

PIX4640373: Artist view of a spaceship near an exoplanet - Spaceship over an exoplanet - Artist view - Artist view of a spaceship approaching an extrasolar planet of a terrestrial type. Artwork of a giant starship approaches an earthlike extrasolar world, Dixon, Don (b.1951) / Bridgeman Images

Artist view of a spaceship near an exoplanet - Spacecraft over an exoplanet - Artist view - Artist view of a spaceship approaching an extrasolar planet of Earth type orbiting Nemesis, the hypothetical star companion of the Sun. Artist's view for Isaac Asimov's novel, Nemesis. A starship orbits a world of Barnard's star Nemesis, the hypothetical red dwarf brown dwarf star orbiting the Sun. Cover illustration for the novel of Isaac Asimov “” Nemesis””
Artist view of a spaceship near an exoplanet - Spacecraft over an exoplanet - Artist view - Artist view of a spaceship approaching an extrasolar planet of Earth type orbiting Nemesis, the hypothetical star companion of the Sun. Artist's view for Isaac Asimov's novel, Nemesis. A starship orbits a world of Barnard's star Nemesis, the hypothetical red dwarf brown dwarf star orbiting the Sun. Cover illustration for the novel of Isaac Asimov “” Nemesis””

PIX4640403: Artist view of a spaceship near an exoplanet - Spacecraft over an exoplanet - Artist view - Artist view of a spaceship approaching an extrasolar planet of Earth type orbiting Nemesis, the hypothetical star companion of the Sun. Artist's view for Isaac Asimov's novel, Nemesis. A starship orbits a world of Barnard's star Nemesis, the hypothetical red dwarf brown dwarf star orbiting the Sun. Cover illustration for the novel of Isaac Asimov “” Nemesis””, Dixon, Don (b.1951) / Bridgeman Images

Base Martienne-illustration - Martian base - Illustration - Astronauts install a relay antenna near a Martian base. Astronauts set up a relay antenna near Mars colony
Base Martienne-illustration - Martian base - Illustration - Astronauts install a relay antenna near a Martian base. Astronauts set up a relay antenna near Mars colony

PIX4639725: Base Martienne-illustration - Martian base - Illustration - Astronauts install a relay antenna near a Martian base. Astronauts set up a relay antenna near Mars colony, Dixon, Don (b.1951) / Bridgeman Images

Exploration of Mars-Illustration - Exploring Mars - Artist view - Astronauts explores Martian badlands. Acrylic and gouache, 1983
Exploration of Mars-Illustration - Exploring Mars - Artist view - Astronauts explores Martian badlands. Acrylic and gouache, 1983

PIX4639761: Exploration of Mars-Illustration - Exploring Mars - Artist view - Astronauts explores Martian badlands. Acrylic and gouache, 1983, Dixon, Don (b.1951) / Bridgeman Images

Parhelie sur Pluto - Artist's view - Parhelie sur Pluto - Artist's view - Artist's view of the icy surface of Pluto and the Sun. When Pluto is at its perihelie, that is to say the closest to the Sun, it has a very fine atmosphere. Some optical phenomena could then occur as here, a parhely
Parhelie sur Pluto - Artist's view - Parhelie sur Pluto - Artist's view - Artist's view of the icy surface of Pluto and the Sun. When Pluto is at its perihelie, that is to say the closest to the Sun, it has a very fine atmosphere. Some optical phenomena could then occur as here, a parhely

PIX4624441: Parhelie sur Pluto - Artist's view - Parhelie sur Pluto - Artist's view - Artist's view of the icy surface of Pluto and the Sun. When Pluto is at its perihelie, that is to say the closest to the Sun, it has a very fine atmosphere. Some optical phenomena could then occur as here, a parhely, Dixon, Don (b.1951) / Bridgeman Images

View of alien artist on the surface of an exoplanet. - View of alien artist on the surface of an exoplanet
View of alien artist on the surface of an exoplanet. - View of alien artist on the surface of an exoplanet

PIX4573825: View of alien artist on the surface of an exoplanet. - View of alien artist on the surface of an exoplanet, Dixon, Don (b.1951) / Bridgeman Images

Super Terre - Orbital view of a Super - Earth - A red dwarf star emerge behind the limbe of a habitable exoplanet. The planet, a Super Earth is about twice as big as the Earth. Another planet is visible, in transit in front of the star. A red dwarf star emerges from behind the limb of a planet twice earth's size orbiting in the star's narrow habitable zone. An inner planet transits the sun's disk
Super Terre - Orbital view of a Super - Earth - A red dwarf star emerge behind the limbe of a habitable exoplanet. The planet, a Super Earth is about twice as big as the Earth. Another planet is visible, in transit in front of the star. A red dwarf star emerges from behind the limb of a planet twice earth's size orbiting in the star's narrow habitable zone. An inner planet transits the sun's disk

PIX4573975: Super Terre - Orbital view of a Super - Earth - A red dwarf star emerge behind the limbe of a habitable exoplanet. The planet, a Super Earth is about twice as big as the Earth. Another planet is visible, in transit in front of the star. A red dwarf star emerges from behind the limb of a planet twice earth's size orbiting in the star's narrow habitable zone. An inner planet transits the sun's disk, Dixon, Don (b.1951) / Bridgeman Images

Ice extrasolar planet - Illustration - Ice extrasolar planet - Illustratio
Ice extrasolar planet - Illustration - Ice extrasolar planet - Illustratio

PIX4574206: Ice extrasolar planet - Illustration - Ice extrasolar planet - Illustratio, Dixon, Don (b.1951) / Bridgeman Images

Artist's view of the black hole in the center of the galaxy - Artist's view of the black hole in the center of the galaxy
Artist's view of the black hole in the center of the galaxy - Artist's view of the black hole in the center of the galaxy

PIX4584462: Artist's view of the black hole in the center of the galaxy - Artist's view of the black hole in the center of the galaxy, Dixon, Don (b.1951) / Bridgeman Images

Artist's view of a stellar black hole - Artist's view of a stellair black hole
Artist's view of a stellar black hole - Artist's view of a stellair black hole

PIX4584639: Artist's view of a stellar black hole - Artist's view of a stellair black hole, Dixon, Don (b.1951) / Bridgeman Images

Artist's view of a stellar black hole - Artist's view of a stellair black hole
Artist's view of a stellar black hole - Artist's view of a stellair black hole

PIX4584668: Artist's view of a stellar black hole - Artist's view of a stellair black hole, Dixon, Don (b.1951) / Bridgeman Images

Formation of a micro hole black - Microscopic black holes. Artwork. - Artist's view of the formation of a microscopic black hole following the collision of very high energy waves. Microscopic black holes might be formed by the collision of high-energy wave packets. They would last for only fractions of a second before dissolving in a burst of quarks and gamma rays
Formation of a micro hole black - Microscopic black holes. Artwork. - Artist's view of the formation of a microscopic black hole following the collision of very high energy waves. Microscopic black holes might be formed by the collision of high-energy wave packets. They would last for only fractions of a second before dissolving in a burst of quarks and gamma rays

PIX4584811: Formation of a micro hole black - Microscopic black holes. Artwork. - Artist's view of the formation of a microscopic black hole following the collision of very high energy waves. Microscopic black holes might be formed by the collision of high-energy wave packets. They would last for only fractions of a second before dissolving in a burst of quarks and gamma rays, Dixon, Don (b.1951) / Bridgeman Images

Artist's view of a quasar - Quasar - Illustratio
Artist's view of a quasar - Quasar - Illustratio

PIX4613954: Artist's view of a quasar - Quasar - Illustratio, Dixon, Don (b.1951) / Bridgeman Images

Mars view at the telescope - Illustration - Mars view at the telescope - Illustration - Mars view with a 15 cm telescope in good conditions
Mars view at the telescope - Illustration - Mars view at the telescope - Illustration - Mars view with a 15 cm telescope in good conditions

PIX4616764: Mars view at the telescope - Illustration - Mars view at the telescope - Illustration - Mars view with a 15 cm telescope in good conditions, Dixon, Don (b.1951) / Bridgeman Images

Apollo 11: Artist View - Apollo program - Artist vie
Apollo 11: Artist View - Apollo program - Artist vie

PIX4596402: Apollo 11: Artist View - Apollo program - Artist vie, Dixon, Don (b.1951) / Bridgeman Images

Solar eruption - Illustratio
Solar eruption - Illustratio

PIX4629416: Solar eruption - Illustratio, Dixon, Don (b.1951) / Bridgeman Images

Saturn view from its satellite Titan - Saturn view from its satellite Titan - Vue d'artist
Saturn view from its satellite Titan - Saturn view from its satellite Titan - Vue d'artist

PIX4625947: Saturn view from its satellite Titan - Saturn view from its satellite Titan - Vue d'artist, Dixon, Don (b.1951) / Bridgeman Images

Geyser de methane sur Titan - Artist view - Geyser de methane sur Titan - Vue d'artiste
Geyser de methane sur Titan - Artist view - Geyser de methane sur Titan - Vue d'artiste

PIX4625963: Geyser de methane sur Titan - Artist view - Geyser de methane sur Titan - Vue d'artiste, Dixon, Don (b.1951) / Bridgeman Images

Saturn seen from his satellite Japet - Artist's view of the surface of the satellite Japet and the planet Saturn eclipsing the Sun
Saturn seen from his satellite Japet - Artist's view of the surface of the satellite Japet and the planet Saturn eclipsing the Sun

PIX4626269: Saturn seen from his satellite Japet - Artist's view of the surface of the satellite Japet and the planet Saturn eclipsing the Sun, Dixon, Don (b.1951) / Bridgeman Images

The Solar System-Artist View - The Solar System-Artist View
The Solar System-Artist View - The Solar System-Artist View

PIX4630121: The Solar System-Artist View - The Solar System-Artist View, Dixon, Don (b.1951) / Bridgeman Images

Saturn from his satellite Phoebe - Saturn from his satellite Phoeb
Saturn from his satellite Phoebe - Saturn from his satellite Phoeb

PIX4626355: Saturn from his satellite Phoebe - Saturn from his satellite Phoeb, Dixon, Don (b.1951) / Bridgeman Images

Artist's view of a Gamma Ray Burst - Artist's view of a Gamma Ray Burst ne from the collision of two neutron stars
Artist's view of a Gamma Ray Burst - Artist's view of a Gamma Ray Burst ne from the collision of two neutron stars

PIX4583333: Artist's view of a Gamma Ray Burst - Artist's view of a Gamma Ray Burst ne from the collision of two neutron stars, Dixon, Don (b.1951) / Bridgeman Images

Mercury Landscape under the Sun - Mercury Landscape under the Sun - On Mercury, the temperature in the Sun is about 400 degres
Mercury Landscape under the Sun - Mercury Landscape under the Sun - On Mercury, the temperature in the Sun is about 400 degres

PIX4617364: Mercury Landscape under the Sun - Mercury Landscape under the Sun - On Mercury, the temperature in the Sun is about 400 degres, Dixon, Don (b.1951) / Bridgeman Images

Dusty halo around white dwarf star - A white dwarf star surrounded by a halo composed of dust, asteroids, comets and planets in formation. A white dwarf star is surrounded by a dusty halo of shattered planets, asteroids, and comets
Dusty halo around white dwarf star - A white dwarf star surrounded by a halo composed of dust, asteroids, comets and planets in formation. A white dwarf star is surrounded by a dusty halo of shattered planets, asteroids, and comets

PIX4573000: Dusty halo around white dwarf star - A white dwarf star surrounded by a halo composed of dust, asteroids, comets and planets in formation. A white dwarf star is surrounded by a dusty halo of shattered planets, asteroids, and comets, 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 of 0 to 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.
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 of 0 to 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.

PIX4573697: 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 of 0 to 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., 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 orbiting 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 orbiting 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

PIX4571579: In the cloud of Oort - Illustration - Inside the Oort cloud - Illustration - The cloud of Oort is a vast body envelope orbiting 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


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