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Astrobiology Collection (page 5)

Astrobiology, the captivating field that explores the possibility of life beyond Earth, takes us on a mesmerizing journey through our vast universe

Background imageAstrobiology Collection: Humanitys first attempt to establish a large and individual city on another planet

Humanitys first attempt to establish a large and individual city on another planet. The large space station acts as a customs agent and gate into the world

Background imageAstrobiology Collection: A scene on a moon of Upsilon Andromeda b, a recently discovered extrasolar planet

A scene on a moon of Upsilon Andromeda b, a recently discovered extrasolar planet. It is a super-Jupiter that orbits very close to its star

Background imageAstrobiology Collection: Zeta Piscium is a binary star system consisting of a red giant and a white dwarf

Zeta Piscium is a binary star system consisting of a red giant and a white dwarf. The latter is drawing in material from its companion

Background imageAstrobiology Collection: A distant star illuminates an extrasolar planet on the horizon of a frozen moon

A distant star illuminates an extrasolar planet on the horizon of a frozen moon
Lit by a distant, fading star this extrasolar planet seen through the misty horizon of this frozen moon is slowly cooling and begining to lose its atmosphere into the cold reaches of space

Background imageAstrobiology Collection: Mars Valles Marineris is host to the largest canyons in the Solar System

Mars Valles Marineris is host to the largest canyons in the Solar System. The canyons are as long as the United States is wide with some parts five times deeper than the Earths Grand Canyon

Background imageAstrobiology Collection: Mars seen from its outer moon, Deimos

Mars seen from its outer moon, Deimos

Background imageAstrobiology Collection: A close-up of an extrasolar planet passing in front of a Sun-like star

A close-up of an extrasolar planet passing in front of a Sun-like star
This artists impression shows a dramatic close-up of the extrasolar planet XO-1b passing in front of a Sun-like star 600 light-years from Earth

Background imageAstrobiology Collection: Artists concept of an early Earth impact

Artists concept of an early Earth impact
A molten, infant Earth is impacted by an object about 10 miles in diameter, releasing 200 million times as much energy as the largest manmade explosion

Background imageAstrobiology Collection: Panorama of a landscape on Venus

Panorama of a landscape on Venus

Background imageAstrobiology Collection: A view across a hypothetical primitive alien planet towards a brown dwarf in the sky

A view across a hypothetical primitive alien planet towards a brown dwarf in the sky. This brown dwarf is host to a disk composed primarily of asteroids and boulders

Background imageAstrobiology Collection: An ancient lava flow on Earths moon

An ancient lava flow on Earths moon

Background imageAstrobiology Collection: Artists concept of a view across the surface of the Moon towards Earth in the distance

Artists concept of a view across the surface of the Moon towards Earth in the distance. In this image, the artist tries to capture one of the moons more bizarre realties

Background imageAstrobiology Collection: Kepler 10b is the first extrasolar planet discovered that is known to be solid

Kepler 10b is the first extrasolar planet discovered that is known to be solid. It orbits so close to its star that its red-hot

Background imageAstrobiology Collection: Jupiters large moon, Europa, is covered by a thick crust of ice

Jupiters large moon, Europa, is covered by a thick crust of ice above a vast ocean of liquid water. This crust will often pile up in long ridges as floes crash into one another

Background imageAstrobiology Collection: A view below the gas clouds of Jupiters atmosphere, across a sea of liquid hydrogen

A view below the gas clouds of Jupiters atmosphere, across a sea of liquid hydrogen
Artists concept of a view below the gas clouds of Jupiters atmosphere, across a sea of liquid hydrogen. Miles beneath Jupiters brown clouds of ammonia

Background imageAstrobiology Collection: Illustration comparing the size of extrasolar planet Gliese 581 c with that of the Earth

Illustration comparing the size of extrasolar planet Gliese 581 c with that of the Earth
Illustration comparing the size of extrasolar planet Gliese 581 c (right) with that of the Earth (left). Gliese 581 c is believed to be about five times more massive than the Earth with a diameter

Background imageAstrobiology Collection: Artists concept of the Kepler-16 system

Artists concept of the Kepler-16 system, showing the binary star being orbited by Kepler-16b. Kepler-16 orbits a slowly rotating K-dwarf that is very active with numerous star spots

Background imageAstrobiology Collection: This planet is home to the capital of Asellus Secundus

This planet is home to the capital of Asellus Secundus. Giant cities light the planet on the night side

Background imageAstrobiology Collection: Artists concept showing Earth and Venus without their atmospheres

Artists concept showing Earth and Venus without their atmospheres. While Venus is roughly the same size and density as the Earth, it is otherwise a very different world

Background imageAstrobiology Collection: Illustration of a hypothetical idyllic landscape on a distant alien planet

Illustration of a hypothetical idyllic landscape on a distant alien planet
Recent discoveries of what appear to be giant planets orbiting very close to distant stars inspired this image. Due to the close proximity to its own sun

Background imageAstrobiology Collection: Retro space poster of Kepler-186f

Retro space poster of Kepler-186f
Kepler-186f is the first Earth-size planet discovered in the potentially habitable zone around another star, where liquid water could exist on the planets surface

Background imageAstrobiology Collection: Illustration of the giant extrasolar planet 70 Virginis b

Illustration of the giant extrasolar planet 70 Virginis b
Extrasolar planet 70 Virginis b presides over the hot and airless terrain of a hypothetical moon. While it is not known if 70 Virginis b has rings, it is certainly possible

Background imageAstrobiology Collection: The break up of a comet from gravitational forces

The break up of a comet from gravitational forces
3D Illustration depicting the break up of a comet from gravitational forces exerted by a hypothetical jupiter-like gas giant exoplanet beyond the solar system

Background imageAstrobiology Collection: An astronaut on a barren planet

An astronaut on a barren planet
An astronaut surveys his situation after being marooned on a barren planet. The blackness of deep space is the background

Background imageAstrobiology Collection: Artists concept of a view across a pool of lava on the surface of Io, towards Jupiter

Artists concept of a view across a pool of lava on the surface of Io, towards Jupiter
Artists concept of a dormant volcanic caldera as it re-awakens with a surge of new lava that breaks up and melts a frozen crust. A gibbous Jupiter hangs over the horizon

Background imageAstrobiology Collection: Artists concept of how an extraterrestrial civilization on an earth-like planet

Artists concept of how an extraterrestrial civilization on an earth-like planet
This image suggests how an extraterrestrial civilization on an earth-like planet might reveal itself via artificial light sources

Background imageAstrobiology Collection: Saturn seen from the surface of its moon, Iapetus

Saturn seen from the surface of its moon, Iapetus. Iapetus is divided into a bright hemisphere and a dark one. This is a scene on the dividing line

Background imageAstrobiology Collection: The sun seen from the surface of Mercury

The sun seen from the surface of Mercury looms three times larger in the sky than it does from the Earth

Background imageAstrobiology Collection: A binary star system consisting of a red giant and a white dwarf

A binary star system consisting of a red giant and a white dwarf, seen from a hypothetical planet

Background imageAstrobiology Collection: Illustration of terraced terrain surrounding the north pole of Mars

Illustration of terraced terrain surrounding the north pole of Mars

Background imageAstrobiology Collection: Kepler Mission space telescope, artwork C013 / 8967

Kepler Mission space telescope, artwork C013 / 8967
Kepler Mission space telescope. Computer artwork of NASAs Kepler telescope in space. The Kepler Mission is designed to discover Earth-like planets orbiting other stars

Background imageAstrobiology Collection: Alien plant, artwork

Alien plant, artwork
Alien plant. Artwork of an alien plant adapted to live on a planet with high surface gravity. The plant differs to those found on Earth

Background imageAstrobiology Collection: Low gravity aliens, artwork

Low gravity aliens, artwork
Low gravity aliens. Computer artwork of humanoid life forms adapted for life on a planet with low surface gravity. A rocky planet that is smaller than the Earth would have lower surface gravity

Background imageAstrobiology Collection: Alien worm, artwork

Alien worm, artwork
Alien worm. Artwork of an alien life form adapted to live on a planet with high surface gravity. The organism resembles a worm such as those found on Earth

Background imageAstrobiology Collection: Deep ocean alien life form, artwork

Deep ocean alien life form, artwork
Deep ocean alien. Artwork of an alien life form adapted to survive on the seabed of a deep ocean. The life form resembles a tube worm as found on Earth

Background imageAstrobiology Collection: Alien, computer artwork

Alien, computer artwork
Alien emerging from the mist, computer artwork

Background imageAstrobiology Collection: Flying aliens, artwork

Flying aliens, artwork
Flying aliens. Artwork of hypothetical alien life forms in the atmosphere of a gas giant planet. It is thought that under such conditions, like those found on Jupiter or Saturn

Background imageAstrobiology Collection: Biosphere spaceships

Biosphere spaceships in space, computer artwork. These theoretical self-sufficient spaceships would grow their own food (under domed structures) and supply their own water and air

Background imageAstrobiology Collection: Aliens, computer artwork

Aliens, computer artwork
Aliens emerging from the mist, computer artwork

Background imageAstrobiology Collection: Exploring Europas ocean, artwork

Exploring Europas ocean, artwork
Exploring Europas ocean. Artwork of two probes (centre) using lights to explore below the ice covering the ocean on Europa, a moon of Jupiter

Background imageAstrobiology Collection: Extrasolar landscape

Extrasolar landscape
Landscape on an extrasolar planet. Artwork of a coastal landscape below a crescent moon on an Earth-like extrasolar planet

Background imageAstrobiology Collection: Habitable alien planet

Habitable alien planet. Artwork of land and oceans on an Earth-like alien planet. A planets orbit and its size have to fit within a narrow range in order to have a surface temperature suitable for

Background imageAstrobiology Collection: High gravity alien world, artwork

High gravity alien world, artwork
High gravity alien world. Artwork of alien life forms on a planet with high surface gravity. A rocky planet that is 1.2 times larger in diameter than the Earth would have twice the Earths mass

Background imageAstrobiology Collection: Alien life form, artwork

Alien life form, artwork
Alien life forms. Artwork of two alien life forms. These organisms resemble earth-based invertebrates, featuring a hard exoskeleton, antennae and several pairs of limbs

Background imageAstrobiology Collection: Plasma life forms, artwork

Plasma life forms, artwork
Plasma life forms. Artwork of hypothetical plasma life forms on the surface of a star. Plasma is an ionised gas commonly found in fluorescent lamps, lightning, polar aurorae, stars and in space

Background imageAstrobiology Collection: Aquatic alien life forms, artwork

Aquatic alien life forms, artwork
Aquatic aliens. Artwork of alien life forms adapted for life underwater. The aliens closely resemble jellyfish found on Earth, with long tentacles and a soft body

Background imageAstrobiology Collection: Low gravity alien, artwork

Low gravity alien, artwork
Low gravity alien. Artwork of an alien life form adapted for life on a planet with low surface gravity. It closely resembles Earth-based plants and trees but has evolved to the low gravity

Background imageAstrobiology Collection: Deep ocean alien life forms, artwork

Deep ocean alien life forms, artwork
Deep ocean aliens. Artwork of alien life forms adapted to survive on a deep ocean seabed. A hydrothermal vent (centre) releases heat energy and mineral nutrients



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Astrobiology, the captivating field that explores the possibility of life beyond Earth, takes us on a mesmerizing journey through our vast universe. From the gigantic scarp on Uranus' moon, Miranda, to the breathtaking artwork captured by the Kepler Mission space telescope, we are constantly reminded of the wonders that lie beyond our own planet. In one artist's concept, two Saturn-sized planets discovered by Kepler grace our imagination with their majestic presence. Meanwhile, another artwork depicts an astronaut gazing up at Mars' sun as they explore its mysterious terrain – a reminder of humanity's relentless pursuit to uncover extraterrestrial secrets. The cosmos continues to astound us with its enigmatic beauty. A bright star named Rigel is momentarily eclipsed by a moon from a hypothetical planet in one stunning image. And in another artist's rendering, Epsilon Eridani emerges as a possible habitable world where life could thrive. As we venture further into space exploration, we discover celestial marvels closer to home. Orbiting 70 Virginis is a super-Jupiter – an awe-inspiring sight that expands our understanding of planetary diversity. Ice spires adorn Jupiter's large moon Callisto while Ganymede showcases an impact crater alongside its colossal host planet. Astrobiology invites us to ponder profound questions about existence and what lies beyond our familiar blue sphere. It fuels our curiosity and ignites dreams of encountering alien civilizations or witnessing otherworldly landscapes firsthand. Through scientific inquiry and artistic interpretation alike, astrobiology inspires us to embrace both the known and unknown realms of outer space. As we delve deeper into this captivating field, may it continue to ignite wonder within us all and drive humanity towards new frontiers yet unexplored.