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A group of Silicon Valley technologists who were early employees at Facebook and Google, alarmed over the ill effects of social networks and smartphones, are banding together to challenge the companies they helped build.

The campaign, titled The Truth About Tech, will be funded with $7 million from Common Sense and capital raised by the Center for Humane Technology. Common Sense also has $50 million in donated media and airtime

. It will be aimed at educating students, parents and teachers about the dangers of technology, including the depression that can come from heavy use of social media.

The NYU professor was surely prophetic. “Our own tribe is undergoing a vast and trembling shift from the magic of writing to the magic of electronics,” he cautioned.

“We face the rapid dissolution of the assumptions of an education organised around the slow-moving printed word, and the equally rapid emergence of a new education based on the speed-of-light electronic message.”

What Postman perceived in television has been dramatically intensified by smartphones and social media

Here's the thing though--as a parent, I probably shouldn't have to depend on a $400 piece of smart technology to remind me to, you know, show up.Except, unfortunately, I do.

The downside is that I've noticed that as our dependence on technology increases, our actual productivity decreases. I think technology is really good at making it easier to stay busy, but busy isn't the same thing as productive.

1. Notifications are basically technology's drug. 

He cleared his calendar and asked employees to figure out how the technology, which instantly provides comprehensive answers to complex questions, could benefit Box, a cloud computing company that sells services that help businesses manage their online data.

Mr. Levie’s reaction to ChatGPT was typical of the anxiety — and excitement — over Silicon Valley’s new new thing. Chatbots have ignited a scramble to determine whether their technology could upend the economics of the internet, turn today’s powerhouses into has-beens or create the industry’s next giants.

Cloud computing companies are rushing to deliver chatbot tools, even as they worry that the technology will gut other parts of their businesses. E-commerce outfits are dreaming of new ways to sell things. Social media platforms are being flooded with posts written by bots. And publishing companies are fretting that even more dollars will be squeezed out of digital advertising.

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Hodgson approached the organisers of the California State Fair wine competition, the oldest contest of its kind in North America, and proposed an experiment for their annual June tasting sessions.Each panel of four judges would be presented with their usual "flight" of samples to sniff, sip and slurp. But some wines would be presented to the panel three times, poured from the same bottle each time. The results would be compiled and analysed to see whether wine testing really is scientific.

Results from the first four years of the experiment, published in the Journal of Wine Economics, showed a typical judge's scores varied by plus or minus four points over the three blind tastings. A wine deemed to be a good 90 would be rated as an acceptable 86 by the same judge minutes later and then an excellent 94.

computer engineering, the most innovative sector of the economy, remains behind. Many women who want to be engineers encounter a field where they not only are significantly underrepresented but also feel pushed away.

Among the women who join the field, 56 percent leave by midcareer, a startling attrition rate that is double that for men, according to research from the Harvard Business School.

A culprit, many people in the field say, is a sexist, alpha-male culture that can make women and other people who don’t fit the mold feel unwelcome, demeaned or even endangered.

The Bureau of Industry and Security, a division of the Commerce Department, wields significant power given its role in determining the types of technology that companies can export and that foreign businesses can have access to.

American industry has held too much sway over the bureau.

putting a hard-liner at the helm could backfire and harm U.S. national security by starving American industry of revenue it needs to stay on the cutting edge of research and encouraging it to relocate offshore.

Von Neumann, too, was deeply concerned about the inability of humanity to keep up with its own inventions. “What we are creating now,” he said to his wife Klári in 1945, “is a monster whose influence is going to change history, provided there is any history left.” Moving to the subject of future computing machines he became even more agitated, foreseeing disaster if “people” could not “keep pace with what they create.”

Oppenheimer, Einstein, von Neumann and other Institute faculty channeled much of their effort toward what AI researchers today call the “alignment” problem: how to make sure our discoveries serve us instead of destroying us. Their approaches to this increasingly pressing problem remain instructive.

Von Neumann focused on applying the powers of mathematical logic, taking insights from games of strategy and applying them to economics and war planning. Today, descendants of his “game theory” running on von Neumann computing architecture are applied not only to our nuclear strategy, but also many parts of our political, economic and social lives. This is one approach to alignment: humanity survives technology through more technology, and it is the researcher’s role to maximize progress.

mainstream platforms learned their lesson, accepting that they should intervene aggressively in more and more cases when users post content that might cause social harm.

During the wildfires in the American West in September, Facebook and Twitter took down false claims about their cause, even though the platforms had not done the same when large parts of Australia were engulfed in flames at the start of the year

Twitter, Facebook, and YouTube cracked down on QAnon, a sprawling, incoherent, and constantly evolving conspiracy theory, even though its borders are hard to delineate.

Google’s employees were shocked when they learned in March that the South Korean consumer electronics giant Samsung was considering replacing Google with Microsoft’s Bing as the default search engine on its devices.

Google’s reaction to the Samsung threat was “panic,” according to internal messages reviewed by The New York Times. An estimated $3 billion in annual revenue was at stake with the Samsung contract. An additional $20 billion is tied to a similar Apple contract that will be up for renewal this year.

A.I. competitors like the new Bing are quickly becoming the most serious threat to Google’s search business in 25 years, and in response, Google is racing to build an all-new search engine powered by the technology. It is also upgrading the existing one with A.I. features, according to internal documents reviewed by The Times.

But it can also be used to monitor humans—and in surprisingly detailed ways.

y analyzing the exact ways that a Wi-Fi signal is altered when a human moves through it, researchers can “see” what someone writes with their finger in the air, identify a particular person by the way that they walk, and even read a person’s lips with startling accuracy—in some cases even if a router isn’t in the same room as the person performing the actions.

Many researchers presented their Wi-Fi sensing technology as a way to preserve privacy while still capturing important data.

Manjoo offers this security-centric path for folks who are anxious about the service being "one the most intrusive technologies ever built," and believe that "the very idea of making Facebook a more private place borders on the oxymoronic, a bit like expecting modesty at a strip club". Bottom line: stop tuning in and start dropping out if you suspect that the culture of oversharing, digital narcissism, and, above all, big-data-hungry, corporate profiteering will trump privacy settings.

Angwin plans on keeping a bare-bones profile. She'll maintain just enough presence to send private messages, review tagged photos, and be easy for readers to find. Others might try similar experiments, perhaps keeping friends, but reducing their communication to banal and innocuous expressions. But, would such disclosures be compelling or sincere enough to retain the technology's utility?

The other unattractive option is for social web users to willingly pay for connectivity with extreme publicity.

Face-matching today could enable mass surveillance, “basically robbing everyone of their anonymity,” he says, and inhibit people’s normal behavior outside their homes.

Dr. Atick says the technology he helped cultivate requires some special safeguards. Unlike fingerprinting or other biometric techniques, face recognition can be used at a distance, without people’s awareness; it could then link their faces and identities to the many pictures they have put online. But in the United States, no specific federal law governs face recognition.

some casinos faceprint visitors, seeking to identify repeat big-spending customers for special treatment. In Japan, a few grocery stores use face-matching to classify some shoppers as shoplifters or even “complainers” and blacklist them.

Some experts believe excessive use of the Internet, cellphones and other technologies can cause us to become more impatient, impulsive, forgetful and even more narcissistic

It may be that the immediacy of the Internet, the efficiency of the iPhone and the anonymity of the chat room change the core of who we are, is

Dr. Aboujaoude also asks whether the vast storage available in e-mail and on the Internet is preventing many of us from letting go, causing us to retain many old and unnecessary memories at the expense of making new ones.

Neurologically, how does our brain adapt itself to new technologies? Nicholas Carr: A couple of types of adaptations take place in your brain. One is a strengthening of the synaptical connections between the neurons involved in using that instrument, in using that tool. And basically these are chemical – neural chemical changes. So you know, cells in our brain communicate by transmitting electrical signals between them and those electrical signals are actually activated by the exchange of chemicals, neurotransmitters in our synapses. And so when you begin to use a tool, for instance, you have much stronger electrochemical signals being processed in those – through those synaptical connections. And then the second, and even more interesting adaptation is in actual physical changes,anatomical changes. Your neurons, you may grow new neurons that are then recruited into these circuits or your existing neurons may grow new synaptical terminals. And again, that also serves to strengthen the activity in those, in those particular pathways that are being used – new pathways. On the other hand, you know, the brain likes to be efficient and so even as its strengthening the pathways you’re exercising, it’s pulling – it’s weakening the connections in other ways between the cells that supported old ways of thinking or working or behaving, or whatever that you’re not exercising so much.

And it was only in around the year 800 or 900 that we saw the introduction of word spaces. And suddenly reading became, in a sense, easier and suddenly you had to arrival of silent reading, which changed the act of reading from just transcription of speech to something that every individual did on their own. And suddenly you had this whole deal of the silent solitary reader who was improving their mind, expanding their horizons, and so forth. And when Guttenberg invented the printing press around 1450, what that served to do was take this new very attentive, very deep form of reading, which had been limited to just, you know, monasteries and universities, and by making books much cheaper and much more available, spread that way of reading out to a much larger mass of audience. And so we saw, for the last 500 years or so, one of the central facts of culture was deep solitary reading.

What the book does as a technology is shield us from distraction. The only thinggoing on is the, you know, the progression of words and sentences across page after page and so suddenly we see this immersive kind of very attentive thinking, whether you are paying attention to a story or to an argument, or whatever. And what we know about the brain is the brain adapts to these types of tools.

People detailed their interests and obsessions on Facebook and Google, generating a river of data that could be collected and harnessed for advertising. The companies became very rich. Users seemed happy. Privacy was deemed obsolete, like bloodletting and milkmen

It has been many months of allegations and arguments that the internet in general and social media in particular are pulling society down instead of lifting it up.

That has inspired a good deal of debate about more restrictive futures for Facebook and Google. At the furthest extreme, some dream of the companies becoming public utilities.

Maurice stumbles upon what is still the gold standard for the treatment of infantile autism: an intensive course of behavioral therapy called applied behavioral analysis that was developed by psychologist O. Ivar Lovaas at UCLA in the 1970s

in a little over a year’s time she recovers her daughter to the point that she is indistinguishable from her peers.

Let Me Hear Your Voice is not a particularly religious or pious work. It is not the story of a miracle or a faith healing

When I downloaded a copy of my Facebook data last week, I didn’t expect to see much. My profile is sparse, I rarely post anything on the site, and I seldom click on ads

With a few clicks, I learned that about 500 advertisers — many that I had never heard of, like Bad Dad, a motorcycle parts store, and Space Jesus, an electronica band — had my contact information

Facebook also had my entire phone book, including the number to ring my apartment buzzer. The social network had even kept a permanent record of the roughly 100 people I had deleted from my friends list over the last 14 years, including my exes.

Value added by the information technology and communications industries — mostly hardware and software — has remained stuck at around 4 percent of the nation’s economic output for the last quarter century.

But these statistics do not tell the whole story. Because they miss much of what technology does for people’s well-being. News organizations that take advantage of computers to let go of journalists, secretaries and research assistants will show up in the economic statistics as more productive, making more with less. But statisticians have no way to value more thorough, useful, fact-dense articles. What’s more, gross domestic product only values the goods and services people pay for. It does not capture the value to consumers of economic improvements that are given away free. And until recently this is what news media organizations like The New York Times were doing online.

“G.D.P. is not a measure of how much value is produced for consumers,” said Erik Brynjolfsson of the Massachusetts Institute of Technology. “Everybody should recognize that G.D.P. is not a welfare metric.”