A History of Seeing: In Eleven Inventions - Softcover

Wade, Susan Denham

 
9780750997164: A History of Seeing: In Eleven Inventions

Inhaltsangabe

In 2015 #thedress captured the world’s imagination. Was the dress in the picture white and gold or blue and black? It inspired the author to ask: if people in the same time and place can see the same thing differently, how did people in distant times and places see the world?

Jam-packed with fascinating stories, facts and insights and impeccably researched, A History of Seeing in Eleven Inventions investigates the story of seeing from the evolution of eyes 500 million years ago to the present day. Time after time, it reveals, inventions that changed how people saw the world ended up changing it altogether.

Twenty-first-century life is more visual than ever, and seeing overwhelmingly dominates our senses. Can our eyes keep up with technology? Have we gone as far as the eye can see?

'A remarkable achievement' - Stephen Fry

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Über die Autorin bzw. den Autor

Susan Denham Wade has an MA in Creative Writing (Non Fiction) from City University, where she was awarded the City Non Fiction Award, as well as degrees in Economics and Law and a Harvard MBA. She lives in West Sussex.

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Like London buses, similar inventions often appear at the same time. We can put this down to zeitgeist, a nineteenth-century German concept meaning the ‘spirit of the age’ that seems to make some inventions almost inevitable. As the pioneering historian of psychology Edwin Boring put it in 1950: 

not only is a new discovery seldom made until the times are ready for it, but again and again it turns out to have been anticipated, inadequately perhaps but nevertheless explicitly, as the times were beginning to be ready for it.

By the early 1800s, the Western world was beginning to be ready for photography. Developments in science, philosophy, art, society and industry combined to foster a spirit of the age in which several actors, unknown to one another, started looking for ways to combine optics and chemistry and ‘fix’ images automatically.

Europe, Early 1800s

For two centuries after the invention of the telescope, interest in observing and chronicling the workings of nature continued to rise. Scholarly endeavours placed observation and direct experience at the forefront of knowledge and ideas. Sir Isaac Newton’s insights in the late 1600s showed that the natural world was not guided by invisible, animate and sacred spirits, but was rather a giant, quasi-mechanical system governed by a series of rules and laws that could only be understood – and indeed were slowly being revealed – by keen observation and methodical experimentation. Philosophers such as Descartes and Locke had overturned the classical view that certain innate truths exist. Knowledge was not innate, the newly modern scientists believed, but must be acquired by direct experience and sensory perception. I see, therefore I know.

The eighteenth and nineteenth centuries were times of enquiry and exploration. Scrutiny, surveillance, investigation, classification and analysis of nature were taking place all over the world – from the mapping of the stars made possible with enormous new telescopes, to ambitious geographical and geo-logical surveys, to the taxonomy of plants, animals and insects, to studies of the invisible world with microscopes. The appetite to see and record the physical world was voracious. 

Intrinsic to the need to experience and observe was travel, and this took place on a grand scale during this period. The great new colonial powers sent fleets of ships around the world’s oceans in pursuit of trade, and overland expeditions into the interiors of the Indian sub-continent and Africa. Newly independent Americans were exploring and surveying the continent, pushing ever further west against considerable – but ultimately unsuccessful – indigenous resistance. In Europe, wealthy and aristocratic young men – and, sometimes, women – routinely embarked on the Grand Tour, a lavish precursor to the modern gap year…

All this observing drove a requirement to record what was seen. The options available were sketching, drawing and painting, and topographical, scientific and botanical illustration were popular career paths for artists at this time…

Rigorous depiction was all very well if one were a talented draftsman, but not all travellers were so gifted. Scholars and amateur enthusiasts – as well as artists – turned to the camera obscura to help them capture accurate representations of landscapes and objects. Just to remind you, the camera obscura is a natural optical phenomenon whereby the image of a brightly lit scene can be projected through a small hole onto a surface in a darkened space.

The original camera obscuras were actual rooms, but by the eighteenth century there were portable versions available. The so-called Royal Delineator was a mahogany box with a telescopic viewfinder fitted with two convex lenses, a tilted mirror to redirect the image to the top of the box, and a lens at the top to enlarge the image on the drawing surface. It received a king’s patent around 1780 and was reputedly favoured by famous painters including Canaletto and Sir Joshua Reynolds as well as wealthy amateurs. Another contraption known as the ‘field camera’ perched on top of a small, dark tent in which the artist sat tracing the image projected and reflected down onto a piece of paper. 

In 1806 an Englishman called William Hyde Wollaston, despairing at his lack of ability to capture the grandeur of the Lake District on paper, patented a new optical drawing aid he called the camera lucida. This was an elegantly simple and highly portable device that used a small prism suspended on a stand to reflect the image being observed in such a way that it appeared to float over the paper like a ghost, allowing the user to trace the subject in as much detail as they chose. It quickly became the preferred instrument to aid observational drawing and was used by artists and amateurs all around the world for the first half of the nineteenth century.

Around the same time as Wollaston launched his device, the art world was experiencing a quiet revolution. With some notable exceptions, landscape painting had until now been seen as the poor relation of art, the precinct of jobbing topographers recording monuments for the tourist trade and country seats for the vanity of provincial squires. A Suffolk countryman called John Constable (1776–1837) and his Londoner contemporary J.M.W.Turner (1755–1851) changed that view and, in the process, paved the way for more radical artistic changes in the second half of the nineteenth century. Both artists approached nature in all its forms – embracing such mundane details as ‘willows, old rotten banks, slimy posts’ as well as the more dramatic atmospheric effects of light and weather – as a subject worthy of their full attention. This was a departure from traditional landscapes, where it was typically man’s interventions in nature that took centre stage. Constable and Turner used pioneering techniques of colour, brushwork and composition to represent nature as they saw it instead of as the artistic academies deemed it. They painted with the eye rather than the mind. 

In 1796 another German used chemical reactions to devise a printing technique he called lithography, meaning drawing with stone. Lithography could reproduce images faster and more cheaply than earlier etching or woodblock printing, and made graphic art and pictures widely available to ordinary people for the first time. A new market for printed pictures reproduced from paintings or made especially for the purpose of printing developed to serve the middle classes. Reproduced images became commonplace for the first time. 

In manufacturing, the Industrial Revolution was well under way, and more and more traditional tasks and trades were being industrialised and automated by the new machines. Could the artist’s craft go the same way? 

The currents of scientific, artistic, industrial and social change were mixing and converging. The zeitgeist was slowly forming an idea that hung in the atmosphere like the fragmentary memory of a dream: could an image be taken directly from life and captured, frozen and fixed forever? 

 
 
Paris, August 1839

On the afternoon of 19 August 1839, more than 200 people waited in the courtyard in front of the imposing pillared entrance to the Institut de France, on the left bank of the Seine facing the Pont des Arts and the Louvre. The crowd was the overflow that had accumulated since the last...

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