Posts Tagged ‘history of technology’
“What’s in a name?”*…
Poe’s Law – “Without a winking smiley or other blatant display of humour, it is impossible to create a parody of fundamentalism that someone won’t mistake for the real thing.”
Cohen’s Law – “Whoever resorts to the argument that ‘whoever resorts to the argument that… …has automatically lost the debate’ has automatically lost the debate.”
Badger’s Law – “any website with the word “Truth” in the URL has none in the posted content.”
Lewis’ Law – “The comments on any article about feminism justify feminism.”
Time Cube Law – “As the length of a webpage grows linearly, the likelihood of the author being a lunatic increases exponentially.”
A small selection of entries in “Eponymous Laws Part I: Laws of the Internet,” from @RogersBacon1.
[Image above: source]
* Shakespeare, Romeo and Juliet
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As we go to school on the laws, we might send carefully-composed birthday greetings to Jean Sammet; she was born on this date in 1928. A pioneer in computing, she left a career as a professor of mathematics at the University of Illinois to join IBM, where she developed the computer programming language FORMAC, an extension to FORTRAN IV that was the first commonly used language for manipulating non-numeric algebraic expressions. She also wrote one of the classic histories of programming languages, Programming Languages: History and Fundamentals.
“I visualize a time when we will be to robots what dogs are to humans. And I am rooting for the machines.”*…

Readers will know of your correspondent’s fascination with the remarkable Claude Shannon (see here and here), remembered as “the father of information theory,” but seminally involved in so much more. In a recent piece in IEEE Spectrum, the redoubtable Rodney Brooks argues that we should add another credit to Shannon’s list…
Among the great engineers of the 20th century, who contributed the most to our 21st-century technologies? I say: Claude Shannon.
Shannon is best known for establishing the field of information theory. In a 1948 paper, one of the greatest in the history of engineering, he came up with a way of measuring the information content of a signal and calculating the maximum rate at which information could be reliably transmitted over any sort of communication channel. The article, titled “A Mathematical Theory of Communication,” describes the basis for all modern communications, including the wireless Internet on your smartphone and even an analog voice signal on a twisted-pair telephone landline. In 1966, the IEEE gave him its highest award, the Medal of Honor, for that work.
If information theory had been Shannon’s only accomplishment, it would have been enough to secure his place in the pantheon. But he did a lot more…
In 1950 Shannon published an article in Scientific American and also a research paper describing how to program a computer to play chess. He went into detail on how to design a program for an actual computer…
Shannon did all this at a time when there were fewer than 10 computers in the world. And they were all being used for numerical calculations. He began his research paper by speculating on all sorts of things that computers might be programmed to do beyond numerical calculations, including designing relay and switching circuits, designing electronic filters for communications, translating between human languages, and making logical deductions. Computers do all these things today…
The “father of information theory” also paved the way for AI: “How Claude Shannon Helped Kick-start Machine Learning,” from @rodneyabrooks in @IEEESpectrum.
* Claude Shannon (who may or may not have been kidding…)
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As we ponder possibility, we might send uncertain birthday greetings to Werner Karl Heisenberg; he was born on this date in 1901. A theoretical physicist, he made important contributions to the theories of the hydrodynamics of turbulent flows, the atomic nucleus, ferromagnetism, superconductivity, cosmic rays, and subatomic particles. But he is most widely remembered as a pioneer of quantum mechanics and author of what’s become known as the Heisenberg Uncertainty Principle. Heisenberg was awarded the Nobel Prize in Physics for 1932 “for the creation of quantum mechanics.”
During World War II, Heisenberg was part of the team attempting to create an atomic bomb for Germany– for which he was arrested and detained by the Allies at the end of the conflict. He was returned to Germany, where he became director of the Kaiser Wilhelm Institute for Physics, which soon thereafter was renamed the Max Planck Institute for Physics. He later served as president of the German Research Council, chairman of the Commission for Atomic Physics, chairman of the Nuclear Physics Working Group, and president of the Alexander von Humboldt Foundation.
Some things are so serious that one can only joke about them
Werner Heisenberg
“Speed is carrying us along, but we have yet to master it”*…

A call to contemplate the potential negative effects of internet technology along with its promise…
Conversations about technology tend to be dominated by an optimistic faith in technological progress, and headlines about new technologies tend to be peppered with deterministic language assuring readers of all the wonderful things these nascent technologies “will” do once they arrive. There is endless encouragement to think about all of the exciting benefits to be enjoyed if everything goes right, but significantly less attention is usually paid to the ways things might go spectacularly wrong.
In the estimation of philosopher Paul Virilio, the refusal to seriously contemplate the chance of failure can have calamitous effects. As he evocatively put it in 1997’s Open Sky, “Unless we are deliberately forgetting the invention of the shipwreck in the invention of the ship or the rail accident in the advent of the train, we need to examine the hidden face of new technologies, before that face reveals itself in spite of us.” Virilio’s formulation is a reminder that along with new technologies come new types of dangerous technological failures. It may seem obvious today that there had never been a car crash before the car was invented, but what future wrecks are being overlooked today amidst the excited chatter about AI, the metaverse, and all things crypto?
Virilio’s attention to accidents is a provocation to look at technology differently. To foreground the dangers instead of the benefits, and to see ourselves as the potential victims instead of as the smiling beneficiaries. As he put it in Pure War, first published in 1983, “Every technology produces, provokes, programs a specific accident.” Thus, the challenge becomes looking for the “accident” behind the technophilic light show — and what’s more, to find it before the wreckage starts to pile up.
Undoubtedly, this is not the most enjoyable way to look at technology. It is far more fun to envision yourself enjoying the perfect meal prepared for you by your AI butler than to imagine yourself caught up in a Kafkaesque nightmare after the AI system denies your loan application. Nevertheless, if Virilio was right to observe that “the invention of the highway was the invention of 300 cars colliding in five minutes,” it would be wise to start thinking seriously about the crashes that await us as we accelerate down the information superhighway…
The work of Paul Virilio urges us to ask: What future disasters inhere in today’s technologies? “Inventing the Shipwreck” from Zachary Loeb (@libshipwreck) in @_reallifemag. Eminently worth reading in full.
For a look at those who don’t just brush aside Virilio’s caution, but actively embrace speed and the chaos that it can cause:
Accelerationism holds that the modern, Western democratic state is so mired in corruption and ineptitude that true patriots should instigate a violent insurrection to hasten its destruction to allow a new, white-dominated order to emerge. Indeed, some of the foremost exponents of accelerationism today were at the U.S. Capitol on January 6. They included: the Oath Keepers, whose grab-bag ideology states that “paranoid anti-federalism envision[s] a restoration of ‘self-government’ and ‘natural rights’;” QAnon adherents, who remain convinced that the 2020 presidential election was stolen and that former President Donald Trump was thwarted from saving the world from a Satan-worshipping pedophilia ring run by Democrats, Jews, and other agents of the deep state; and, of course, Trump’s own die-hard “Stop the Steal” minions, who, against all reason and legal proof, seek to restore the former president to office.
The objective of accelerationism is to foment divisiveness and polarization that will induce the collapse of the existing order and spark a second civil war…
Read the full piece: “A Year After January 6, Is Accelerationism the New Terrorist Threat?“
* Paul Virilio
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As we practice prudence, we might recall that it was on this date in 1854 that Anthony Fass, a Philadelphia piano maker, was awarded the first U.S. patent (#11062) for an accordion. (An older patent existed in Europe, issued in Vienna in 1829 to Cyrill Demian.)
“Music helps set a romantic mood. Imagine her surprise when you say, ‘We don’t need a stereo – I have an accordion’.” – Martin Mull
“A gentleman is someone who can play the accordion, but doesn’t.” – Tom Waits

“Any sufficiently advanced technology is equivalent to magic”*…
In the 1930s, ATT was rolling out dial phones to the American public…
This short subject newsreel was shown in movie theaters the week before a town’s or region’s telephone exchange was to be converted to dial service. It’s extremely short—a little over a minute, like a PSA. The film concisely explains how to use a dial telephone, including how to dial, how to recognize dial tone, and how to recognize a busy signal…
For a look into the then-future (the now present), fast forward just over 50 years, to the early 90s and to ATT’s predictions…
More in ATT Tech Channel.
[TotH to @BoingBoing for a pointer to the first video]
* Arthur C. Clarke (a 1976 interview with whom is in the Tech Channel trove)
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As we ponder progress, we might send , ATT-related birthday greetings to Robert Woodrow Wilson; he was born on this date in 1936. An astronomer, he detected– with Bell Labs colleague Arno Penzias– cosmic microwave background radiation: “relic radiation”– that’s to say, the “sound “– of the Big Bang…. familiar to those of old enough to remember watching an old-fashioned television after the test pattern was gone (when there was no broadcast signal received): the “fuzz” we saw and the static-y sounds we heard, were the “relic radiation” being picked up.
Their 1964 discovery earned them the 1978 Nobel Prize in Physics.







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