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Eyesight Collection (page 2)

Background imageEyesight Collection: Spectacle Maker (From Abbildung der gemein-nutzlichen Haupt-Stande), 1698

Spectacle Maker (From Abbildung der gemein-nutzlichen Haupt-Stande), 1698. Found in the collection of the Russian State Library, Moscow

Background imageEyesight Collection: The Spectacles Seller, Eyesight (from the series The Five Senses ), 17th century

The Spectacles Seller, Eyesight (from the series The Five Senses ), 17th century. Artist: Andries Dirksz Both
The Spectacles Seller, Eyesight (from the series The Five Senses ), 17th century. Found in the collection of the State Art Museum, Tula, Russia

Background imageEyesight Collection: The examination of a childs arm by radiography, 19th century. Artist: Gustave Francois Lasellaz

The examination of a childs arm by radiography, 19th century. Artist: Gustave Francois Lasellaz
The examination of a childs arm by radiography, 19th century. A print from les Dernieres Merveilles de la Science, by Daniel Bellet

Background imageEyesight Collection: Jesus Opens the Eyes of the Man born Blind, 1311. Artist: Duccio di Buoninsegna

Jesus Opens the Eyes of the Man born Blind, 1311. Artist: Duccio di Buoninsegna
Jesus Opens the Eyes of the Man born Blind, 1311. From the National Gallery, London

Background imageEyesight Collection: John Dalton, English chemist, c1834 (1902)

John Dalton, English chemist, c1834 (1902). As a Quaker, Dalton (1766-1844) could not attend an English university, so supported himself by teaching

Background imageEyesight Collection: John Dalton, British chemist, 19th century. Artist: CH Jeens

John Dalton, British chemist, 19th century. Artist: CH Jeens
John Dalton, British chemist, 19th century. Dalton (1766-1844) was born near Cockermouth, Cumbria. In 1794 he described colour blindness (Daltonism) from which both he and his brother suffered

Background imageEyesight Collection: Rene Descartes diagram of the human brain and eye, 1692

Rene Descartes diagram of the human brain and eye, 1692. From Opera Philosophica by Rene Descartes. (Frankfurt-am-Main, 1692). Originally published in his Tractatus de homine. (Paris, 1664)

Background imageEyesight Collection: Rene Descartes illustration of the co-ordination of the senses, 1692

Rene Descartes illustration of the co-ordination of the senses, 1692. A visual stimulus travelling from the eye to the pineal gland, H, stops attention being given to an olfactory stimulus

Background imageEyesight Collection: Rene Descartes idea of vision, showing the function of the eye, optic nerve and brain, 1692

Rene Descartes idea of vision, showing the function of the eye, optic nerve and brain, 1692. From Opera Philosophica by Rene Descartes. (Frankfurt-am-Main, 1692)

Background imageEyesight Collection: Descartes representation of the antagonistic eye muscles, 1692

Descartes representation of the antagonistic eye muscles, 1692. When E is relaxed A is innervated. Rene Decartes (1596-1650)

Background imageEyesight Collection: John Dalton, English chemist, c1860

John Dalton, English chemist, c1860. Dalton (1766-1844) was born near Cockermouth, Cumbria. In 1794 he described colour blindness (Daltonism) from which both he and his brother suffered

Background imageEyesight Collection: John Dalton, English chemist, 1881

John Dalton, English chemist, 1881. Dalton (1766-1844) was born near Cockermouth, Cumbria. In 1794 he described colour blindness (Daltonism) from which both he and his brother suffered

Background imageEyesight Collection: Mining Pitchblende, Cornwall, England, c1916

Mining Pitchblende, Cornwall, England, c1916. Radium, isolated by the Curies in 1898, is extracted from this ore

Background imageEyesight Collection: Light, c1850

Light, c1850. Educational plate showing reflection and refraction, light travelling in straight lines, a burning mirror (13) and Newtons prism experiment (27). (Wurtemberg, Germany c1850)

Background imageEyesight Collection: Descartes illustration of how the distance of an object is perceived with binocular vision, 1692

Descartes illustration of how the distance of an object is perceived with binocular vision, 1692
Descartes (1596-1650) illustration of how the distance of an object is perceived with binocular vision, 1692. From Rene Descartes Opera Philosophica (Tractatus de Homine), 1692

Background imageEyesight Collection: Descartes explanation of vision, 1692

Descartes explanation of vision, 1692. Light rays being passed through the eye, being focused by the lens (I) and forming images T, S, R on the retina

Background imageEyesight Collection: Descartes idea of vision, 1692

Descartes idea of vision, 1692
Descartes (1596-1650) idea of vision, [1692]. The passage of nervous impulses from the eye to the pineal gland and so to the muscles. From Rene Descartes Opera Philosophica (Tractatus de homine), 1692

Background imageEyesight Collection: Detail of an Egyptian papyrus showing the eye of Horus

Detail of an Egyptian papyrus showing the eye of Horus from the Ledien Rijksmuseum

Background imageEyesight Collection: The Five Senses: smell, hearing, sight, touch and taste, c1850

The Five Senses: smell, hearing, sight, touch and taste, c1850. Illustration from a childrens book. (London, c1850)

Background imageEyesight Collection: Tobias Returns Sight to His Father, 1636. Artist: Rembrandt Harmensz van Rijn

Tobias Returns Sight to His Father, 1636. Artist: Rembrandt Harmensz van Rijn
Tobias Returns Sight to His Father, 1636. From the Staatsgalerie, Stuttgart, Germany

Background imageEyesight Collection: E. E. G recording

E. E. G recording
The electroretinagram: when a light stimulus is applied to the eye, the minute electrical potentials which result from this stimulation of the retina are picked up from a contact lens electrode



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