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difference engine
production efficiency of mathematical tables
analytical engine
would have been a programable computer capable of calculating any formula and, compare numbers and decide how to proceed with the operation it was performing
used punch cards, inspired by jacqards loom machine
cybernetics
the science of communications and automatic control systems in both machines and living things
-Removes the mental process from the brain and applies it to the disembodied logical processes of the machine, leading to the invention of Artificial Intelligence.
semiology
study of signs and their arbitrariness due to lack of context.
signs = sign is the signifier
aristocrats wore certain clothing and used certain symbols
simulacra
art starts to be viewed as imitative of life, rather than representation of it.
second order of simulacra
industrial revolution or mass production - lead to
- > Nature being continuously modified into new, unnatural things
- > Copies of ‘art’ became indistinguishable from the original.
third order of simulacra
We exist in hyper-reality: copies of copies to the point where we cannot tell difference between copies and originals and (if anything, we prefer the copy to the original)
Ex: Real and the imaginary collapse into each other:
- Politics becomes based on opinion polls (simulations of the public and their views):
- Maps, tourist brochures and Google Street View, seen in advance, help to determine our experience of faraway places instead of the reverse.”
morse and the beginning of modern commodity capitalism
- Local markets -> National Markets. Price of goods reflected as national prices, making geography irrelevant. Lead to widespread trading.
- Lead to divorce of signifier from signified. (Signifier = product) (Signified = product info)
- Morse developed an intricate code involving sending short signals for numbers, which could then be looked up in a codebook
- Further developed a far more practical system involving sending combinations of short and long signals to represent letters of the alphabet.
general systems theory
Proposed by Bertalanffy
- Based upon an open-system model that allowed for the flow of inputs and outputs with the environment.
- General Systems Theory thus serves as a bridge for interdisciplinary dialogue between autonomous areas of study as well as within the area of systems science itself.
structuralism
Emerged in France in the 1940s and 1950s, presented a powerful framework developed by Ferdinand de Saussure, where different things could be formalized and presented in abstract terms.
- > Lead to semiology
- > Lead to semiotics.
analog
- A person or thing seen as comparable to another.
- Relating to using signal or information represented by a continuously variable physical quantity such as spatial position, voltage, etc.
- Linear (i.e: Sound of your voice, mechanical watch, etc.
digital
Digital Info is:
Binary, manipulatable, transferable, reproducible.
-Not continuous. (i.e: Digital sound is broken down into bytes of data)
tabulating machine
form of analog computer
Developed in response to movement of population from rural areas to urban areas. -> effect of producing both a new kind of individual and a new mass society. (no longer subject to the old forms of power, therefore new methods of social control were needed).
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-The constitution of the individual as a describable, analyzable object and his or her placing within a comparative system. (People became discrete signs)
james watt
- First practical self-regulating technology
- Lead to later conceptions of self-regulating technology
- Device that steam pressure caused to rotate centrifugally. If rotation was fast enough, it was designed to self-rinse, releasing pressure. (Governed pressure generated by steam engine).
- Steam power later on inspired the development of thermodynamics. (19th century)
manchester Mk 1
- First proper digital computer
- Exploited a method of storing data using cathode ray tubes
- Invented in U of Manchester, England.
symptomatic determinism
This refers to a form of determinism whereby social conditions create environments in which technologies are seen as either necessary by-products of social processes or, as early sociologist of technology William Ogburn argued, were inevitable, given the correct set of social conditions.
Example:
Edison was trying to create safe lighting (as opposed to gas/fire light). He also had intentions of making a profit by selling light.
Resources available were the results of a social context (capitalism). Along with this are the unexpected consequences of a mere invention.
The invention was constituted by a set of social and economic arrangements.