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Photography Timeline The Eriksen Version
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Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

Dec 25, 2015

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Page 1: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

Photography Timeline

The Eriksen Version

Page 2: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

5th Century

• Greek philosophers describe the optical principles of the camera obscura

Page 3: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

The camera obscura (Latin for 'dark room')

• is an optical device that projects an image of its surroundings on a screen. It is used in drawing and for entertainment, and was one of the inventions that led to photography. The device consists of a box or room with a hole in one side.

• Light from an external scene passes through the hole and strikes a surface inside where it is reproduced, upside-down, but with color and perspective preserved.

• The image can be projected onto paper, and can then be traced to produce a highly accurate representation.

Page 4: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1553

• Giovanni Battista Porta publishes details of construction and use of the camera obscura. It is first used to view solar eclipses

Page 5: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1664-1666

• Isaac Newton discovers that white light is composed of different colors

Page 6: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1725-1727

• Johann Heinrich Schulze discovers and experiments with the darkening action of light on mixtures of chalk and silver nitrate

Page 7: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1806

• William Hyde Wollaston invents the camera lucida

Page 8: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

Camera Lucida

• performs an optical superimposition of the subject being viewed upon the surface upon which the artist is drawing.

• The artist sees both scene and drawing surface simultaneously, as in a photographic double exposure. This allows the artist to duplicate key points of the scene on the drawing surface, thus aiding in the accurate rendering of perspective.

• At times, the artist can even trace the outlines of objects.

Page 10: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

One of the two earliest known evidences of photographic activity, taken by Nicéphore Niépce

in 1825 by the heliograph process

Page 11: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1819

• John Herschel discovers the photographic fixative, hyposulfite of soda and coined the term photography.

Page 12: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1825

• Peter Mark Roget demonstrates the persistence of vision with his Thaumatrope

Page 13: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

Thaumatrope

• is a toy that was popular in Victorian times. A disk or card with a picture on each side is attached to two pieces of string. When the strings are twirled quickly between the fingers the two pictures appear to combine into a single image due to persistence of vision.

• Roget, who used one to demonstrate persistence of vision to the Royal College of Physicians in London in 1824. He based his invention on ideas of the astronomer John Herschel and the geologist William Henry Fitton.

• The coined name translates roughly as "wonder turner" in modern Greek.

Page 14: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1826

• Joseph Nicéphore Niépce uses bitumen of Judea for photographs on metal, makes the first successful camera photograph on a pewter plate: »View From My Window at Gras« - a direct positive he called a »heliograph«. Exposure was approximately eight hours.

Page 18: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

Daguerreotype

• in which the image is exposed directly onto a mirror-polished surface of silver bearing a coating of silver halide particles deposited by iodine vapor.

• In later developments bromine and chlorine vapors were also used, resulting in shorter exposure times.

• The daguerreotype is a negative image, but the mirrored surface of the metal plate reflects the image and makes it appear positive in the proper light.

• Thus, daguerreotype is a direct photographic process without the capacity for duplication.

Page 19: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1840

• Alexander Wolcott issued first American patent in photography for his camera

Page 20: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1846

• Carl Zeiss opens optical instrument factory in Germany

• First known photograph, a daguerreotype, is taken of The White House and President (Polk) and First Lady by John Plumbe, Jr.

Page 21: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1856

• Photojournalism of Crimean War by Roger Fenton, James Robertson, and Carol Popp de Scathmari

• Thomson takes the first underwater photograph at a depth of 5 feet

Page 22: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

Photojournalism

• is a particular form of journalism (the collecting, editing, and presenting of news material for publication or broadcast) that creates images in order to tell a news story.

• It is now usually understood to refer only to still images, and in some cases to video used in broadcast journalism or for personal use.

Page 23: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1871

• Pigeons used to carry micro photographed messages across enemy lines in Franco-Prussian War.

Page 24: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1872

• John W. Hyatt begins manufacturing celluloid with the intention of manufacturing billiard balls, which until that time were made from ivory.

Page 25: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

Muybridge

• begins photographic motion studies and continues project until 1887; the first photographs are of a horse in motion

Page 26: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

Platinotype

• are photographic prints made by a monochrome printing process that provides the greatest tonal range of any printing method using chemical development.

• Unlike the silver print process, platinum lies on the paper surface, while silver lies in a gelatin or albumen emulsion that coats the paper. As a result, since no gelatin emulsion is used, the final platinum image is absolutely matte with a deposit of platinum (and/or palladium, its sister element which is also used in most platinum photographs) absorbed slightly into the paper.[1]

Page 28: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1888

• Eastman markets the Kodak camera and roll film-

• "You Press The Button and We Do The Rest."

Page 29: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1889

• George Eastman applies for patent on motion-picture roll film

Page 31: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1891

• The first telephoto lenses begin to appear

Page 33: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

Kinetoscope

• The Kinetoscope is an early motion picture exhibition device. Though not a movie projector—it was designed for films to be viewed individually through the window of a cabinet housing its components—the Kinetoscope introduced the basic approach that would become the standard for all cinematic projection before the advent of video.

• It creates the illusion of movement by conveying a strip of perforated film bearing sequential images over a light source with a high-speed shutter.

Page 34: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

http://en.wikipedia.org/wiki/Kinetoscope

Page 35: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1900

• First mass-marketed camera, The Brownie

Page 36: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

• is the name of a long-running and extremely popular series of simple and inexpensive cameras made by Eastman Kodak.

• The Brownie popularized low-cost photography and introduced the concept of the snapshot. The first Brownie, introduced in February, 1900,[1] was a very basic cardboard box camera with a simple meniscus lens that took 2¼-inch square pictures on 117 rollfilm.

• With its simple controls and initial price of $1, it was intended to be a camera that anyone could afford and use, leading to the popular slogan, "You push the button, we do the rest."

• The camera was named after the popular cartoons created by Palmer Cox.

Page 37: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1904

• The Lumiere brothers announce the production of Autochrome plates for making camera images in full color

Page 38: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1913

• Eastman Kodak Company establishes first industrial photographic research laboratory

Page 39: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1935

• Eastman Kodak markets Kodachrome film

Page 40: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

Kodachrome

• is the trademarked brand name of a type of color reversal film that was manufactured by Eastman Kodak from 1935 to 2009.

• Kodachrome was the first successfully mass-marketed color still film using a subtractive method, in contrast to earlier additive "screenplate" methods such as Autochrome and Dufaycolor, and remained the oldest brand of color film.

• On June 22, 2009 Eastman Kodak Co. announced the end of Kodachrome production, citing declining demand.

Page 41: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.
Page 42: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1948

• Edwin Land markets the Polaroid camera

Page 43: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

Digital Cameras

The first recorded attempt at building a digital camera was in 1975 by Steven Sasson, an engineer at Eastman Kodak.

It used the then-new solid-state CCD image sensor chips developed by Fairchild Semiconductor in 1973.

The camera weighed 8 pounds (3.6 kg), recorded black and white images to a cassette tape, had a resolution of 0.01 megapixels (10,000 pixels), and took 23 seconds to capture its first image in December 1975. The prototype camera was a technical exercise, not intended for production.

Page 44: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1987

• Eastman Kodak enters the electronic still-video market with seven products for recording, storing, manipulating, transmitting and printing electronic still video images

Page 45: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1988

• Sony and Fuji announce new digital cameras

•Eastman Kodak announces a 4 megapixel CCD

•PhotoMac is the first image manipulation program available for the Macintosh computer

Page 46: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1990

• Adobe Photoshop 1.0 (TM) is the second professional image manipulation program available for Macintosh computers

•Eastman Kodak prototypes an electronic camera back designed for the needs of photojournalists

Page 47: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

1993

• Adobe Photoshop is available for MS-DOS/Windows platforms

Page 48: Photography Timeline The Eriksen Version. 5 th Century Greek philosophers describe the optical principles of the camera obscura.

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