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Solar System Collection (page 2)

"The Solar System: A Cosmic Symphony Unveiled" In the vast expanse of space, our home planet Earth appears as a mere speck

Background imageSolar System Collection: Jupiter

Jupiter. True colour optical image of Jupiter, taken from a mosaic of shots by the Cassini spacecraft on 29 December 2000

Background imageSolar System Collection: Cassini-Huygens probe at Saturn, artwork

Cassini-Huygens probe at Saturn, artwork

Background imageSolar System Collection: Meteor shower, artwork

Meteor shower, artwork
Meteor shower. Computer artwork of trees silhouetted against a meteor shower in the night sky. Meteor tracks, also known as falling or shooting stars

Background imageSolar System Collection: Io and Jupiter, Cassini image

Io and Jupiter, Cassini image. Io, the round object at left, is one of the largest of the moons of Jupiter. Clouds in Jupiters atmosphere form the backdrop to this image

Background imageSolar System Collection: Joshua Commanding the Sun to Stand Still upon Gibeon, 1816. Creator: John Martin

Joshua Commanding the Sun to Stand Still upon Gibeon, 1816. Creator: John Martin
Joshua Commanding the Sun to Stand Still upon Gibeon, 1816

Background imageSolar System Collection: Arrival of Aeneas in Italy, the Dawn of the Roman Empire, (c1620-1680?). Artist: Claude Lorrain

Arrival of Aeneas in Italy, the Dawn of the Roman Empire, (c1620-1680?). Artist: Claude Lorrain
Arrival of Aeneas in Italy, the Dawn of the Roman Empire, (c1620-c1680?). Aeneas, hero of Troy, son of Anchises and Aphrodite (Venus)

Background imageSolar System Collection: A gigantic scarp on the surface of Uranus moon, Miranda

A gigantic scarp on the surface of Uranus moon, Miranda. It is the sheerest known cliff in the solar system. It may be 3 miles high

Background imageSolar System Collection: A total eclipse of the Sun as seen from being in Earths orbit

A total eclipse of the Sun as seen from being in Earths orbit

Background imageSolar System Collection: With the sun at the center; Copernicus appears at lower right and Ptolemy at lower left

With the sun at the center; Copernicus appears at lower right and Ptolemy at lower left
COPERNICAN UNIVERSE, 1660. With the sun at the center; Copernicus appears at lower right and Ptolemy at lower left. Copperplate engraving from Andreas Cellarius Atlas Coelestis seu Harmonia

Background imageSolar System Collection: Clockwork orrery

Clockwork orrery, historical artwork. This is an 18th century mechanical clockwork model of the planetary motions in the solar system

Background imageSolar System Collection: Solar system planets

Solar system planets. Artwork of the eight planets of the solar system arrayed from right to left in order of their distance from the Sun. The size of each planet is to scale

Background imageSolar System Collection: Solar system planets and sun

Solar system planets and sun
Solar system. Computer artwork showing the Sun and planets of the Solar System. The planets are arranged in order of distance from the massive Sun (at top)

Background imageSolar System Collection: Mars Exploration Rover

Mars Exploration Rover on the surface of Mars, artwork. The first of two identical NASA rovers, Spirit, landed on Mars on 4 January 2004

Background imageSolar System Collection: Jupiter

Jupiter, the fifth planet from the sun and the largest in the solar system. The planet has a rocky core but is mostly composed of liquid and gaseous hydrogen and helium

Background imageSolar System Collection: Solar system map from 1853

Solar system map from 1853
Historical map of the solar system, published in Germany in 1853. The main diagram shows the orbits of the first seven planets out to Uranus

Background imageSolar System Collection: Mars, composite satellite images

Mars, composite satellite images
Mars. Composite satellite images of the surface of Mars from multiple aspects. North is at top. Mars is the fourth planet from the Sun, and is a rocky desert world

Background imageSolar System Collection: Quantised orbits of the planets

Quantised orbits of the planets
Quantum orbits of the planets. Conceptual computer artwork showing the planets of the solar system on a model of atomic orbitals

Background imageSolar System Collection: Curiosity rover on Mars, artwork

Curiosity rover on Mars, artwork

Background imageSolar System Collection: Astrology and medicine, artwork

Astrology and medicine, artwork
The Astrology and the Medicine. Organs are connected with special zodiac signs

Background imageSolar System Collection: Earth from space

Earth from space. Computer artwork of a gibbous Earth, seen from space

Background imageSolar System Collection: Spacecraft on the Moon, lunar map

Spacecraft on the Moon, lunar map
Spacecraft on the Moon. Map showing coloured markers for 34 spacecraft that impacted or landed on the Moon from the 1960s onwards

Background imageSolar System Collection: Annular solar eclipse, artwork

Annular solar eclipse, artwork. An eclipse occurs when the Moon passes in front of the Sun. Here, the Moon is at a distant point in its orbit

Background imageSolar System Collection: Kepler Mission space telescope, artwork

Kepler Mission space telescope, artwork. The NASA Kepler Mission is designed to discover Earth-like planets orbiting other stars

Background imageSolar System Collection: Full Moon

Full Moon. The dark grey areas are the lunar seas, which formed early in the Moons history as lava (molten rock) flowed into large impact craters and solidified

Background imageSolar System Collection: Orbit of Sputnik 1, Soviet 1957 diagram

Orbit of Sputnik 1, Soviet 1957 diagram
Orbit of Sputnik 1. Diagram showing the Earth orbits possible for different spacecrafts. Sputnik 1, the first spacecraft ever to reach Earth orbit, was launched on 4 October 1957 by the Soviet Union

Background imageSolar System Collection: Halleys Comet, 1910

Halleys Comet, 1910
Halleys Comet. Halleys Comet orbits the Sun every 76 years. This periodicity was discovered by Edmund Halley (1654-1742), after whom the comet is named

Background imageSolar System Collection: Waxing gibbous Moon, computer-enhanced

Waxing gibbous Moon, computer-enhanced image. The colour saturation of this image has been enhanced to accentuate the natural variation in colour of the Moons surface

Background imageSolar System Collection: Full Moon

Full Moon. The Moon appears full when it is on the opposite side of the Earth from the Sun during its orbit, when it presents its full sunlit face to Earth

Background imageSolar System Collection: Venus radar map, North Pole

Venus radar map, North Pole
Venus radar map, centred on the Venusian North Pole. The map is colour-coded for altitude, going from low altitude (purple) through blue, green, yellow and orange to high altitude (red)

Background imageSolar System Collection: Earth from space, artwork F007 / 6927

Earth from space, artwork F007 / 6927
Earth from space, computer artwork

Background imageSolar System Collection: Transit of Venus, 8th June 2004

Transit of Venus, 8th June 2004
Transit of Venus. Composite image of Venus (black transiting the Sun on 8th June 2004. The images were taken from Waldenburg, Germany)

Background imageSolar System Collection: Lunar surface, artwork

Lunar surface, artwork
Lunar surface. Computer artwork of a view across the surface of the Moon towards Earth in the distance. The Moon has no atmosphere to scatter sunlight

Background imageSolar System Collection: Main components of the Solar System

Main components of the Solar System
Panoramic artwork showing the relative distances of the planets from the Sun

Background imageSolar System Collection: Keck I and II telescopes on Mauna Kea, Hawaii

Keck I and II telescopes on Mauna Kea, Hawaii
Keck telescopes. Domes of the Keck I (at left) and Keck II optical telescopes seen at sunset at the Mauna Kea observatory in Hawaii, USA. The Orion constellation is seen above them in the sky

Background imageSolar System Collection: Martian landscape

Martian landscape, artwork. Mars is a rocky desert world with no surface water. The red colour of the rocks is due to a high content of iron oxides

Background imageSolar System Collection: Mars

Mars, computer artwork. Mars is the fourth planet from the Sun, and it is a rocky desert world. It orbits the Sun in around 689 days at an average distance of around 227 million kilometres

Background imageSolar System Collection: Galileos Jovian moon observations, 1610

Galileos Jovian moon observations, 1610
Galileos Jovian moon observations. These first six observations of the four largest moons of Jupiter are from the work Sidereus Nuncius (1610) by the Italian astronomer Galileo Galilei (1564-1642)

Background imageSolar System Collection: Earth from space, artwork

Earth from space, artwork. View of the Earth centred on 165 degrees East, showing Russia (top left), Southeast Asia (centre left), China and Japan (upper left), Australia (lower left)

Background imageSolar System Collection: Saturns moon Dione, Cassini image

Saturns moon Dione, Cassini image. The image is a composite of images taken at ultraviolet, green and infrared wavelengths

Background imageSolar System Collection: Aurora, ISS image

Aurora, ISS image
Aurora australis, ISS image. Taken aboard the International Space Station, 17th September 2011

Background imageSolar System Collection: Total solar eclipse, 29 / 03 / 2006

Total solar eclipse, 29 / 03 / 2006
Total solar eclipse. Sequence of images of the sun during a total solar eclipse. The disc of the moon is seen moving over the disc of the sun

Background imageSolar System Collection: Early map of the Moon, 1635

Early map of the Moon, 1635
Map of the Moon, by Johann Doppelmayr (1671- 1750). This early engraving of the Moon by the German mathematician and astronomer Doppelmayer is thought to date from 1730

Background imageSolar System Collection: Curiosity rover on Mars, artwork

Curiosity rover on Mars, artwork

Background imageSolar System Collection: Artwork of the solar system

Artwork of the solar system
Solar system. Artwork of the solar system, showing the paths (blue lines) of the nine planets as they orbit around the Sun

Background imageSolar System Collection: Lunar Corona, 1911, (1913). Artist: Edward Wilson

Lunar Corona, 1911, (1913). Artist: Edward Wilson
Lunar Corona, 1911, (1913). The final expedition of British Antarctic explorer Captain Robert Falcon Scott (1868-1912) left London on 1 June 1910 bound for the South Pole

Background imageSolar System Collection: Interior of the Temple at Esna, Upper Egypt, 1838. Artist: David Roberts

Interior of the Temple at Esna, Upper Egypt, 1838. Artist: David Roberts
Interior of the Temple at Esna, Upper Egypt, 1838. A plate from Egypt and Nubia, engraved by Louis Haghe. Found in the collection of the Victoria and Albert Museum, London

Background imageSolar System Collection: The North Cape by Moonlight, 1848. Creator: Peder Balke

The North Cape by Moonlight, 1848. Creator: Peder Balke
The North Cape by Moonlight, 1848

Background imageSolar System Collection: The Sunset Prayer in the Desert, c1913. Artist: Charles JS Makin

The Sunset Prayer in the Desert, c1913. Artist: Charles JS Makin
The Sunset Prayer in the Desert, c1913. From With Pen and Camera in Three Continents by Charles J. S. Makin, F.I.C. F.C.S. [The Tribune Publishing Company, London, 1913]



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"The Solar System: A Cosmic Symphony Unveiled" In the vast expanse of space, our home planet Earth appears as a mere speck, a Pale Blue Dot amidst the infinite wonders of the solar system. Voyager 1, humanity's farthest-reaching spacecraft, captured this humbling perspective in its iconic photograph. As we journey further into the depths of space, we encounter breathtaking sights like Earthrise over Moon. The Apollo 8 mission gifted us with this awe-inspiring image that forever changed our perception of our place in the universe. Just as artists have immortalized moments on canvas, JMW Turner's masterpiece "The Fighting Temeraire" reminds us of our connection to celestial bodies. Similarly, the 1919 solar eclipse allowed scientists to validate Einstein's theory of general relativity and opened new doors to understanding gravity's role in shaping our solar system. Amidst these scientific endeavors lies an artistic touch—the Sounds of Earth Record Cover. This golden record aboard Voyager carries sounds and images representing humanity's diverse cultures and achievements—a testament to both science and art intertwining harmoniously. Venturing deeper into space reveals mesmerizing phenomena such as Orion nebula—an ethereal birthplace for stars where cosmic forces shape new worlds. And just like how artwork can capture fleeting moments, Earthrise photograph turned artwork captures a profound sense of wonder at witnessing our own planet from afar. Yet even centuries ago, artists like Samuel Palmer envisioned otherworldly landscapes through their imagination—like Coming from Evening Church—a glimpse into an artist's interpretation beyond earthly realms. Joseph Farquharson's The Silence of Snows transports us to serene wintry scenes that evoke tranquility amidst cosmic chaos. Once again, a solar eclipse captivates minds—this time in 1919—as it did during Christ in the Wilderness by Briton Riviere (1898). These celestial events remind us that nature holds immense power while inspiring artistic expressions that transcend time.