Skip to main content

Solar System Collection (#70)

Background imageSolar System Collection: Moon reflected in a lake, 17th century

Moon reflected in a lake, 17th century. Dutch School. From a private collection

Background imageSolar System Collection: Earth, 1570. Artist: Giuseppe Arcimboldi

Earth, 1570. Artist: Giuseppe Arcimboldi
Earth, 1570. One of the four images in the Elements series. From a private collection

Background imageSolar System Collection: Set design for Oscar Wildes Salome, late 19th / early 20th century. Artist: Leon Bakst

Set design for Oscar Wildes Salome, late 19th / early 20th century. Artist: Leon Bakst
Set design for Oscar Wildes Salome, late 19th/early 20th century. From the Ashmolean Museum, Oxford

Background imageSolar System Collection: Still Life, 19th century

Still Life, 19th century

Background imageSolar System Collection: View of Pont Neuf, Paris, c1635

View of Pont Neuf, Paris, c1635. From the Musee Carnavalet, Paris

Background imageSolar System Collection: Scene at Kabuki Theatre, 19th century

Scene at Kabuki Theatre, 19th century. From a private collection

Background imageSolar System Collection: Snow, Moon and Flowers, c1812. Artist: Katsukawa Shunsen

Snow, Moon and Flowers, c1812. Artist: Katsukawa Shunsen
Snow, Moon and Flowers, c1812. From the Birmingham City Museum & Art Gallery

Background imageSolar System Collection: Moon at Numazu, from 53 stations of Tokaido, 1832

Moon at Numazu, from 53 stations of Tokaido, 1832
body, face, solar system, moon, stream, time of day, evening, sky, night, water, geographical feature, river, arts, landscape, location, forest, exterior, travel, luggage, journey, Japan, Japanese

Background imageSolar System Collection: Trees Near a River, 1891. Artist: Edward Mitchell Bannister

Trees Near a River, 1891. Artist: Edward Mitchell Bannister
Trees Near a River, 1891. From the National Museum of American Art, USA

Background imageSolar System Collection: Painting of a landscape, title unknown. Artist: Edmond Baibazzona

Painting of a landscape, title unknown. Artist: Edmond Baibazzona
Painting of a landscape, title unknown. From the Hermitage Museum, St Petersburg, Russia

Background imageSolar System Collection: Seascape with a fire in the distance, 1667. Artist: Ludolf Backhuysen I

Seascape with a fire in the distance, 1667. Artist: Ludolf Backhuysen I
Seascape with a fire in the distance, 1667

Background imageSolar System Collection: View of the Escorial, Spain, early 18th century. Artist: Michel-Ange Houasse

View of the Escorial, Spain, early 18th century. Artist: Michel-Ange Houasse
View of the Escorial, Spain, early 18th century. From a private collection

Background imageSolar System Collection: The Water Feature of the Grove of the Museum of Marly, late 18th / early 19th century

The Water Feature of the Grove of the Museum of Marly, late 18th / early 19th century. Artist: Hubert Robert
The Water Feature of the Grove of the Museum of Marly, late 18th/early 19th century

Background imageSolar System Collection: Medal commemorating Pierre Janssen and Norman Lockyer, French and English astronomers, 1868

Medal commemorating Pierre Janssen and Norman Lockyer, French and English astronomers, 1868
Medal commemorating Pierre Janssen and Joseph Norman Lockyer, French and English astronomers, 1868. In 1868, working independently of each other on spectroscopic studies of solar prominences

Background imageSolar System Collection: Pierre Janssen and Joseph Norman Lockyer, French and English astronomers, 1868

Pierre Janssen and Joseph Norman Lockyer, French and English astronomers, 1868. Pierre Jules Cesar Janssen (1824-1907), left, and Joseph Norman Lockyer (1836-1920)

Background imageSolar System Collection: River Landscape with Rustics and Horses, c1860. Artist: Edward Charles Williams

River Landscape with Rustics and Horses, c1860. Artist: Edward Charles Williams
River Landscape with Rustics and Horses, c1860. A moonlit rural scene by a river. A half-timbered cottage with a tiled roof stands near the water and mature woodland reaches down to the riverbank

Background imageSolar System Collection: Series of observations of the planet Saturn, 1656

Series of observations of the planet Saturn, 1656. These observations made by Johannes Hevelius (1611-1687), latinized name of the German astronomer Jan Hewel or Hewelcke

Background imageSolar System Collection: Reverse of a medal commemorating the brilliant comet of November 1618

Reverse of a medal commemorating the brilliant comet of November 1618. The message says that God sent us the starry comet as a warning to us to lead better lives

Background imageSolar System Collection: Obverse of a medal commemorating the brilliant comet of November 1618

Obverse of a medal commemorating the brilliant comet of November 1618. This comet prompted many pamphlets, including Galileo Galileis (1564-1642) polemical masterpiece Il Saggiatore (The Assayer)

Background imageSolar System Collection: Reverse of a medal commemorating the bright comet of 1577

Reverse of a medal commemorating the bright comet of 1577
Reverse ofa medal commemorating the bright comet of 1577. Known as Brahes comet, this is the comet which convinced the Danish astronomer Tycho Brahe (1546-1601)

Background imageSolar System Collection: Obverse of a medal commemorating the bright comet of 1577

Obverse of a medal commemorating the bright comet of 1577. Known as Brahes comet, this is the comet which convinced the Danish astronomer Tycho Brahe (1546-1601)

Background imageSolar System Collection: Villa Tournesol, 1899

Villa Tournesol, 1899. A revolving clinic designed to take full advantage of the heat and light of the sun for therapeutic purposes

Background imageSolar System Collection: The solar spectrum, 1814

The solar spectrum, 1814. Joseph von Fraunhofers (1787-1826) drawing of the lines of the solar spectrum, and above it a curve showing the intensity of sunlight in different parts of the spectrum

Background imageSolar System Collection: Joseph von Fraunhofer, German physicist, c1895

Joseph von Fraunhofer, German physicist, c1895. Fraunhofer (1787-1826) founded an optical institute at Munich in 1807. His improvements to prisms

Background imageSolar System Collection: Geocentric or Earth-centred system of the universe, 1528

Geocentric or Earth-centred system of the universe, 1528. At the centre is the world showing Aristotles (384-323 BC) four elements, Earth, Air, Fire and Water, surrounded by the spheres of the Sun

Background imageSolar System Collection: Total solar eclipse of 1860 observed from Tarragona, Spain, 1884

Total solar eclipse of 1860 observed from Tarragona, Spain, 1884. From Sun, Moon and Stars by Agnes Giberne. (London, 1884)

Background imageSolar System Collection: Forth Railway Bridge from the south-east, Scotland, c1895

Forth Railway Bridge from the south-east, Scotland, c1895. This bridge, built for the North British Railway Company, was begun in 1882 and opened on 4 March 1890

Background imageSolar System Collection: Parhelia (mock suns) without haloes, observed in England in 1698, (1845)

Parhelia (mock suns) without haloes, observed in England in 1698, (1845). On this occasion the phenomenon, caused by atmospheric refraction, began at 8am when true Sun shone through watery cloud

Background imageSolar System Collection: Aurora Borealis or Northern Lights, curtain form 1839. [1872]. Artist: Rapine

Aurora Borealis or Northern Lights, curtain form 1839. [1872]. Artist: Rapine
Aurora Borealis or Northern Lights, curtain form, 1839 (1872). Observed at Bossekop, Norway, 19 January 1839. Aurorae are caused by the interaction of the particles in the solar wind with the Earths

Background imageSolar System Collection: Aurora Borealis or Northern Lights observed from northern Norway, 10 October 1868, (1906)

Aurora Borealis or Northern Lights observed from northern Norway, 10 October 1868, (1906). Aurorae are caused by the interaction of the particles in the solar wind with the Earths magnetic field

Background imageSolar System Collection: Keplers explanation of the structure of the planetary system, 1619

Keplers explanation of the structure of the planetary system, 1619. Johannes Kepler (1571-1630) used the five regular polyhedra between the spheres of the planets in the diagram of his explanation

Background imageSolar System Collection: Galileos drawing of lunar craters, 1611, (c1655)

Galileos drawing of lunar craters, 1611, (c1655). Galileo Galilei (1554-1642), Italian mathematician, astronomer and physicist made the first effective working telescope in 1609

Background imageSolar System Collection: Geocentric or Earth-centred Universe, c1617

Geocentric or Earth-centred Universe, c1617. The Earth surrounded by the spheres of the elements water, air and fire, and by the spheres of the Moon

Background imageSolar System Collection: The relation of Man, the microcosm, with the Universe, the macrocosm, c1617

The relation of Man, the microcosm, with the Universe, the macrocosm, c1617. The spheres of the Sun, Moon and planets and the hierarchy of angels and archangels

Background imageSolar System Collection: The divine harmony of the universe, c1617

The divine harmony of the universe, c1617. The hand of God turns the peg to tune the universe. From Utriusque cosmi... historia by Robert Fludd. (Oppenheim, 1617-1619)

Background imageSolar System Collection: Giant burning glass of the Academie des Sciences, Paris, 18th century, (1874)

Giant burning glass of the Academie des Sciences, Paris, 18th century, (1874). Artist: Amedee Guillemin
Giant burning glass of the Academie des Sciences, Paris, 18th century, (1874). Constructed under the direction of Antoine Lavoisier (1743-1794) and others, it was used for chemical experiments

Background imageSolar System Collection: Jules Verne (1828-1905), De la Terre a la Lune, 1865

Jules Verne (1828-1905), De la Terre a la Lune, 1865, Paris. Blast Off !

Background imageSolar System Collection: Jules Verne (1828-1905), Autour de la Lune, 1865

Jules Verne (1828-1905), Autour de la Lune, 1865. Space capsule manoeuvering ready for Moon landing

Background imageSolar System Collection: Music of the Spheres, 1619

Music of the Spheres, 1619. The divine musical scales of the planets which German astronomer Johannes Kepler (1571-1630) calculated from the velocities of the planets when closest to

Background imageSolar System Collection: Paris Observatory, France, 1740

Paris Observatory, France, 1740. Astronomers using telescopes to observe objects in the night sky including Saturn and the Moon

Background imageSolar System Collection: Title page of A Discourse Concerning a New World & Another Planet by John Wilkins, 1683

Title page of A Discourse Concerning a New World & Another Planet by John Wilkins, 1683. Copernicus, Galileo and Kepler are represented in the bottom corners. (London, 1683 (Ist edition 1640))

Background imageSolar System Collection: Descartes model of the Universe, 1668

Descartes model of the Universe, 1668. Descartes Universe showing how matter which filled it was collected in vortices with a star at the centre of each, often orbiting planets

Background imageSolar System Collection: Keplers concept of an attractive force from the Sun - a virtue, early 16th century

Keplers concept of an attractive force from the Sun - a virtue, early 16th century. Johannes Keplers (1571-1630) idea of gravity by which he hoped to account for his elliptical planetary orbits was

Background imageSolar System Collection: Keplers illustration to explain his discovery of the elliptical orbit of Mars, 1609

Keplers illustration to explain his discovery of the elliptical orbit of Mars, 1609. Working with data collected by the Danish astronomer Tycho Brahe

Background imageSolar System Collection: Cover of De la Terre a la Lune and Autour de la Lune, by Jules Verne, c1896

Cover of De la Terre a la Lune and Autour de la Lune, by Jules Verne, c1896
Cover of De la Terre a la Lune (From the Earth to the Moon) and Autour de la Lune (Around the Moon), from the Voyages Extraordinaires series by the popular French science fiction writer Jules Verne

Background imageSolar System Collection: The Atlantic Telegraph, c1878

The Atlantic Telegraph, c1878. Idealised view of the telegraph cable passing under the ocean from Valentia, Ireland to Trinity Bay, Newfoundland

Background imageSolar System Collection: Camera obscura, 1561

Camera obscura, 1561. Projecting a solar eclipse into a darkened room through a small hole, showing how the image is inverted. From Problematum Astronomicorum by Daniele Santbech. (Basel, 1561)

Background imageSolar System Collection: Magnetism, c1850

Magnetism, c1850. Educational plate showing various aspects of magnetism and electromagnetism including a dip needle, compass, the lifting power of an electromagnet (12), Wheatstone telegraph (13)



All Professionally Made to Order for Quick Shipping