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history of cinema (historia del cine), Apuntes de Idioma Inglés

The idea of capturing, creating, and reproducing movement by mechanical means is old, there were antecedents such as the camera obscura, or the thaumatrope, the magic lantern, the photographic rifle. The technique to capture reality by luminous means had already been developed by the inventors of the daguerreotype and photography, in the mid-nineteenth century.

Tipo: Apuntes

2023/2024

Subido el 10/05/2025

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history of cinema
The idea of capturing, creating, and reproducing movement by mechanical means is old,
there were antecedents such as the camera obscura, or the thaumatrope, the magic
lantern, the photographic rifle. The technique to capture reality by luminous means had
already been developed by the inventors of the daguerreotype and photography, in the
mid-nineteenth century.
Main article: Precinematography
The cinema was the product of a slow experimental evolution over the centuries. The goal
of thousands of people, inventors, toy manufacturers or merchants was to entertain the
world through images, and it was also an impulse a need for the human species to express
itself through images using the techniques and possibilities of each moment. The basis of
cinema is in the development of science and technology, this incessant interest in finding
new outlets required the constant application of technique and research on new
discoveries.
One of the first scientific advances that led directly to the development of cinema were
the observations of Peter Mark Roget, who in 1824 published an important scientific work
under the title Persistence of vision. Regarding moving objects, it was established that the
human eye retains images for a fraction of a second after the subject stops having them in
front of them. This discovery spurred several scientists to investigate to demonstrate the
principle of image persistence on the retina. Specifically, it was discovered that if 16
images of a movement that takes place in one second are passed in succession also in one
second, the persistence of vision unites them and makes them look like a single moving
image. This theory was later replaced by the phi phenomenon and both will form part of
the basis of filme theory.
The horse in motion can be considered as the ancestor of all films, but the goal of its
author was to suspend or stop the movement and not reproduce it, a scientific
conception and not entertainment.
Meanwhile photography was born and in 1852, photographs began to replace drawings
on devices to view animated images. In 1877 the photographer Eadweard Muybridge used
a battery of 24 cameras to record the cycle of movements of a horse's gallop. Later, the
portable photographer chrono, a kind of photographic rifle, moved a single band that
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history of cinema

The idea of capturing, creating, and reproducing movement by mechanical means is old, there were antecedents such as the camera obscura, or the thaumatrope, the magic lantern, the photographic rifle. The technique to capture reality by luminous means had already been developed by the inventors of the daguerreotype and photography, in the mid-nineteenth century. Main article: Precinematography The cinema was the product of a slow experimental evolution over the centuries. The goal of thousands of people, inventors, toy manufacturers or merchants was to entertain the world through images, and it was also an impulse a need for the human species to express itself through images using the techniques and possibilities of each moment. The basis of cinema is in the development of science and technology, this incessant interest in finding new outlets required the constant application of technique and research on new discoveries. One of the first scientific advances that led directly to the development of cinema were the observations of Peter Mark Roget, who in 1824 published an important scientific work under the title Persistence of vision. Regarding moving objects, it was established that the human eye retains images for a fraction of a second after the subject stops having them in front of them. This discovery spurred several scientists to investigate to demonstrate the principle of image persistence on the retina. Specifically, it was discovered that if 16 images of a movement that takes place in one second are passed in succession also in one second, the persistence of vision unites them and makes them look like a single moving image. This theory was later replaced by the phi phenomenon and both will form part of the basis of filme theory. The horse in motion can be considered as the ancestor of all films, but the goal of its author was to suspend or stop the movement and not reproduce it, a scientific conception and not entertainment. Meanwhile photography was born and in 1852, photographs began to replace drawings on devices to view animated images. In 1877 the photographer Eadweard Muybridge used a battery of 24 cameras to record the cycle of movements of a horse's gallop. Later, the portable photographer chrono, a kind of photographic rifle, moved a single band that

allowed to obtain twelve images on a rotating plate that completed its revolution in one second. In 1890 Thomas Edison built a laboratory in New Jersey, which became the world's first film studio. His assistant William K. L. Dickson is considered by some to be the designer of the first motion picture machine, the kinetoscope, although it was not properly a machine for recording images. It was finally in France in 1895 that the Lumière brothers arrived at the cinematograph, the first device that can be authentically described as cinema. See also: Silent Cinema and Sound Cinema. The first films were simply a still shot showing an event or action without editing or other cinematographic techniques. At the end of the 20th century, movies began to put together various scenes to tell a story. The scenes were later divided into multiple takes photographed from different angles and distances. Other techniques, such as camera movement, were developed as effective ways of telling a story with film. These motion pictures were a purely visual art since no sound was recorded in the film. However, these silent films were usually shown in large theaters accompanied by live music, which served as mass entertainment. In the early 1920s, most films came with a list of scores prepared for this purpose and full scores were composed for major productions. The rise of European cinema was interrupted by the outbreak of World War I, while the film industry in the United States flourished with the rise of Hollywood. In April 1927, in New York, the first commercial projection of fully synchronized talkies was held, which marked the take-off of this technology. Main article: Color film Another important technological development was the introduction of color film, which photographically recorded the natural color of images rather than being added to black and white recordings by hand coloring, template coloring, or other arbitrary procedures. The most important innovation was the introduction of the Technicolor, first used for cartoons in 1932 and later in live action films in it.