Titlebook: Destined for Distinguished Oblivion; The Scientific Visio Nicholas J. Wade Book 2003 Kluwer Academic/Plenum Publishers, New York 2003 Charl

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https://doi.org/10.1007/978-1-4842-8713-2n interpretation of space perception that was neither nativist nor empiricist. The sources he cited were not, however, solely philosophical but mainly medical. Philosophical debate conveyed the air of speculation rather than the observation and experiment that was more in tune with Wells’ approach to the study of natural phenomena.

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Book 2003tone (1838) made in a classical article on binocular vision. The reference was enigmatic because it stated that few had paid attention to Wells‘ theory of visual direction, while doing little to infonn the reader of its novelty. I was fortunate in having the excellent facility of the Rare Books and

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The Scientific Vision of Wells,n interpretation of space perception that was neither nativist nor empiricist. The sources he cited were not, however, solely philosophical but mainly medical. Philosophical debate conveyed the air of speculation rather than the observation and experiment that was more in tune with Wells’ approach to the study of natural phenomena.

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Game-based Learning Across the Disciplinesriginality of his enquiries in all these areas, Wells’ contributions to scientific discovery, particularly in vision, have been either neglected or ignored. Although he was born in America, Wells was educated in Scotland and practiced medicine for most of his adult life in London.

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https://doi.org/10.1007/978-1-4842-8713-2at could not be accommodated within Aristotle’s scheme, although he was unable to determine what the novel sense was. It is now recognised as the vestibular system, but its function was unknown when Wells carried out his observations and experiments on vertigo.

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Visual Science in the Eighteenth Century,nction in a fairly similar but imperfect way. He tried to understand how the crystalline lens focused rays of light by using water-filled glass flasks. Kepler not only constructed what can be thought of as an early artificial eye, but was probably the first Western scientist to analyse pinhole images correctly (Lindberg, 1968, 1976; Smith, 1998).