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If you’ve got as little as 30 seconds and a decent internet connection, you can help combat the deforestation of the Amazon. 

to build an artificial intelligence model that can recognize signs of deforestation. That data can be used to alert governments and conservation organizations where intervention is needed and to inform policies that protect vital ecosystems. It may even one day predict where deforestation is likely to happen next.

To monitor deforestation, conservation organizations need an eye in the sky.

WRI’s Global Forest Watch online tracking system receives images of the world’s forests taken every few days by NASA satellites. A simple computer algorithm scans the images, flagging instances where before there were trees and now there are not. But slight disturbances, such as clouds, can trip up the computer, so experts are increasingly interested in using artificial intelligence.

Inman was surprised how willing people have been to spend their time clicking on abstract-looking pictures of the Amazon.

Look at these nine blocks and make a judgment about each one. Does that satellite image look like a situation where human beings have transformed the landscape in some way?” Inman explained.

It’s not always easy; that’s the point. For example, a brown patch in the trees could be the result of burning to clear land for agriculture (earning a check mark for human impact), or it could be the result of a natural forest fire (no check mark). Keen users might be able to spot subtle signs of intervention the computer would miss, like the thin yellow line of a dirt road running through the clearing. 

SAS’s website offers a handful of examples comparing natural forest features and manmade changes. 

users have analyzed almost 41,000 images, covering an area of rainforest nearly the size of the state of Montana. Deforestation caused by human activity is evident in almost 2 in 5 photos.

The researchers hope to use historical images of these new geographies to create a predictive model that could identify areas most at risk of future deforestation. If they can show that their AI model is successful, it could be useful for NGOs, governments and forest monitoring bodies, enabling them to carefully track forest changes and respond by sending park rangers and conservation teams to threatened areas. In the meantime, it’s a great educational tool for the citizen scientists who use the app

Users simply select the squares in which they’ve spotted some indication of human impact: the tell-tale quilt of farm plots, a highway, a suspiciously straight edge of tree line. 

we have still had people from 80 different countries come onto the app and make literally hundreds of judgments that enabled us to resolve 40,000 images,

Alexa and Her CounterpartsAlexa, Amazon’s intelligent assistant that listens to your voice commands to play music, order diapers and place a phone call, will be everywhere at CES.

Smart CitiesNowadays, it’s easy to shop for high-quality internet-connected home accessories, like light bulbs, thermostats and security cameras. At CES, Samsung is even planning to introduce a smart refrigerator at the electronics show that can listen to voice commands to control other home accessories.

Smarter CarsSelf-driving-car enthusiasts like Elon Musk, the chief executive of Tesla, dream of a future where driverless cars eliminate traffic accidents while letting people do work on their commutes.They can keep dreaming: Autonomous vehicles still have a long way to go before they become safe and properly regulated.

Next-Generation Wireless TechnologyAs a growing number of devices rely on artificial intelligence, they will require faster bandwidth speeds. At CES, wireless companies like AT&T and Verizon are expected to give progress reports on so-called 5G, the fifth-generation network technology.With 5G, wireless carriers envision an era of incredibly fast speeds that let smartphone users download a movie in less than five seconds — roughly 100 times faster than the current network technology, 4G. Even more important, 5G is expected to greatly reduce latency to let devices communicate with each other with extremely fast response times.

One, it’s a story about how democracy itself is always based on uncertain notions of truth, in moral terms and in epistemological terms. The other is a story about a continual conflict between a kind of expert truth and a more populist, everyday, common-sense truth that supposedly stems not from experts but the wisdom of the crowd.

Democracy insists on the idea that truth both matters and that nobody gets to say definitively what it is. That’s a tension that’s built into democracy from the beginning, and it’s not solvable but is, in fact, intrinsic to democracy.

We don’t want to have one definitive source of truth. Part of the reason ideas evolve and culture changes is that we’re constantly debating what is an accurate rendition of reality in some form.

Can we accept evolution as a set truth or not? They have not exploded to the point where they’ve destabilized our political or social life, but they’ve been a controversial question for over a hundred years. That’s a public contest that, actually, democracy’s pretty good for. You know, you contest things in court, you contest things in universities, you contest things in the public sphere.

I think it’s important that there be a contest about what is true and also about, How do you know what’s true? Where does your information come from? I would say, largely, science has won. That is, that the mainstream educational institutions, the National Institutes of Health, et cetera, all accept that evolution is as close as we’re going to get to truth.

One says that experts often make [bad] decisions because there’s been no popular input on them—not just because they don’t know enough but because they haven’t actually taken account of popular knowledge.

The most common example involves things like the World Bank coming up with a plan about water use in some part of the world without studying how people actually think and use water, simply imagining a kind of technocratic solution with no local input, and it turns out to be totally ineffective because it runs contrary to cultural norms and everyday life. There’s every chance that experts alone get things wrong.

Social media and the Internet more broadly have clearly had a rather revolutionary effect on not just what we take to be true but how truths circulate, what we believe, how we know anything.

new technology causes certain kinds of panics about truth. The Internet is particularly important because of its reach and because of the algorithmic way in which it promotes what’s popular rather than what’s true. It creates a culture of untruth, probably, that other forms of publishing can’t easily.

I actually approve of fact-checking, even if I think it’s often not very effective, because it doesn’t persuade people who aren’t already inclined to want to look at fact-checking. And I don’t think it’s much of a substitute for real politics

I don’t think facts are pure in any sense. You know, if I give you something like an unemployment rate, it implies all kinds of interpretative work already about what is work and who should be looking for it and how old you should be when you’re working.

It’s important that that’s part of democracy, too—questioning received wisdom. If somebody says that’s how it is, it’s correct to think, Is that really how it is? Do I have enough information to be sure that’s how it is?

Conspiracy theories, the complex ones that arise from the bottom, tend to involve seeing through official truths and often seeing how the rich and powerful have pulled the wool over people’s eyes, that what looked like this turned out to be that because there was a kind of subterfuge going on from above.

Whereas, the climate-change one, which we know has been sort of promoted by the Koch brothers and others in business interest groups, as you say, didn’t start really organically as much as it became a kind of position of industry that then took on a life of its own because it got mixed in with a whole bunch of other assumptions, whether it was about political norms, government overreach, guns.

And yet, at the same time the more I practiced the three-step method, the more it seemed to be working. I started meditating at work. I programmed my mobile phone to send me hourly reminders to wish happiness on others. And I remembered to tell myself "I'm having a moment of joy!" when I was having fun with my daughters, running in the park, drinking a delicious beer and even writing this column.

I asked psychologist Tom Stafford, who writes the Neurohacks column for BBC Future about the gap. "Squaring what works for you and what the science says is difficult because happiness is a complex object," he told me. "There will be local variations due to individual personality, so we've immediately got a reason for expecting a gap between the science -- which tends to work with group averages -- and any one person's experience."The interesting general question, to me, is when do we trust our experience and when do we listen to science," Stafford added. "Obviously some things we don't need science for ('Does dropping a rock on my foot hurt?'), and some things we do ('Is smoking bad for my health?'). Happiness, I'd argue, is in between these two cases."

To many, Meng's three steps may seem obvious or simplistic. Yet he compared his advice to showing us how to do a single push up or arm curl at the gym. You know it does you good, but you have to do the exercise every day to get results. I may be more experientially convinced than scientifically sated, but it's enough to keep me going to Google's happiness gym and doing those push-ups.

And he has every reason to be delighted, as the newly developed neural networks will relieve neurobiologists of many thousands of hours of monotonous work in the future. As a result, they will also reduce the time needed to decode the connectome and, perhaps also, consciousness, by many years.

That kind of curating acts as a fertile host for falsehoods by simultaneously engaging two predigital social-science standbys: the urban myth as “meme,” or viral idea; and individual biases, the automatic, subconscious presumptions that color belief.

“My experience is that once this stuff gets going, people just pass these stories on without even necessarily stopping to read them,” Mr. McKinney said.

“The networks make information run so fast that it outruns fact-checkers’ ability to check it.

The new process may also help in other procedures where doctors need to analyze tissue while they are still operating, such as head and neck, breast, skin and gynecologic surgery, the report said. It also noted that there is a shortage of neuropathologists, and suggested that the new technology might help fill the gap in medical centers that lack the specialty. Video Advertisement LIVE 00:00 1:05

Algorithms are also being developed to help detect lung cancers on CT scans, diagnose eye disease in people with diabetes and find cancer on microscope slides.

The diagnoses were later judged right or wrong based on whether they agreed with the findings of lengthier and more extensive tests performed after the surgery.The result was a draw: humans, 93.9 percent correct; A.I., 94.6 percent.

At some centers, he said, brain surgeons do not even order frozen sections because they do not trust them and prefer to wait for tissue processing after the surgery, which may take weeks to complete.

Some types of brain tumor are so rare that there is not enough data on them to train an A.I. system, so the system in the study was designed to essentially toss out samples it could not identify.

“It won’t change brain surgery,” he said, “but it’s going to add a significant new tool, more significant than they’ve stated.”

Good old fashioned advertising does that to a degree. But Facebook is much more powerful, adaptive and efficient.

Facebook is designed to do specific things. It’s an engine to understand people’s minds and then manipulate their thinking.

Those tools are refined for revenue making but can be used for many other purposes. That makes it ripe for misuse and bad acting.

The core of all second wave Internet commerce operations was finding network models where costs grow mathematically and revenues grow exponentially.

The network and its dominance is the product and once it takes hold the cost inputs remained constrained while the revenues grow almost without limit.

Facebook is best understood as a fantastically profitable nuclear energy company whose profitability is based on dumping the waste on the side of the road and accepting frequent accidents and explosions as inherent to the enterprise.

That’s why these companies employ so few people relative to scale and profitability.

That’s why there’s no phone support for Google or Facebook or Twitter. If half the people on the planet are ‘customers’ or users that’s not remotely possible.

The core economic model requires doing all of it on the cheap. Indeed, what Zuckerberg et al. have created with Facebook is so vast that the money required not to do it on the cheap almost defies imagination.

Facebook’s core model and concept requires not taking responsibility for what others do with the engine created to drive revenue.

It all amounts to a grand exercise in socializing the externalities and keeping all the revenues for the owners.

Here’s a way to think about it. Nuclear power is actually incredibly cheap. The fuel is fairly plentiful and easy to pull out of the ground. You set up a little engine and it generates energy almost without limit. What makes it ruinously expensive is managing the externalities – all the risks and dangers, the radiation, accidents, the constant production of radioactive waste.

managing or distinguishing between legitimate and bad-acting uses of the powerful Facebook engine is one that would require huge, huge investments of money and armies of workers to manage

But back to Facebook. The point is that they’ve created a hugely powerful and potentially very dangerous machine

The core business model is based on harvesting the profits from the commercial uses of the machine and using algorithms and very, very limited personnel (relative to scale) to try to get a handle on the most outrageous and shocking abuses which the engine makes possible.

Zuckerberg may be a jerk and there really is a culture of bad acting within the organization. But it’s not about him being a jerk. Replace him and his team with non-jerks and you’d still have a similar core problem.

To manage the potential negative externalities, to take some responsibility for all the dangerous uses the engine makes possible would require money the owners are totally unwilling and in some ways are unable to spend.

The bizarre episode illustrates how easily misinformation spreads online, often with the help of the president himself. Right-wing websites that seek to support the president’s baseless claims, or simply attract clicks so they can sell more ads, often eschew the traditional principles of journalism, such as simple fact-checking. And the social media companies aid the cycle by making it simple to share misinformation, including via fake accounts, and by training their algorithms to promote material that attracts more attention, as sensational and divisive posts often do.

"We assume that individual units of knowledge are dispersed throughout the entire brain in the form of pieces of information," explains Erhan Genç. "Efficient networking of the brain is essential in order to put together the information stored in various areas of the brain and successfully recall knowledge content."

To answer the question of which constants occur in Einstein's theory of relativity, you have to connect the meaning of the term "constant" with knowledge of the theory of relativity. "We assume that more efficient networking of the brain contributes to better integration of pieces of information and thus leads to better results in a general knowledge test,

Many psychologists believe that in order for patients to recover from trauma, they often need to be able to recall what happened to them. The second study, published in Nature Neuroscience, investigated how the brain stores negative memories, known as “state-dependent learning.” The study, conducted in mice at Northwestern University’s Feinberg School of Medicine, suggests that negative memories caused—and then “lost”—by traumatic experiences may be retrieved by re-creating the state of the brain in which the memory first occurred.

The study suggests that in response to trauma, the brain activates this extra-synaptic GABA system, which appears to encode memories of fear-inducing events and hide them away from consciousness, rather than the glutamate system, which helps to store all memories, positive and negative. This research may provide a window into how to access these traumatic memories when needed for therapeutic reasons.

There aren’t many explicit references to baseball in “Thinking, Fast and Slow,” yet many executives swear by it

“From coaches to front office people, some get back to me and say this has changed their life. They never look at decisions the same way.

A few, though, swear by it. Andrew Friedman, the president of baseball operations for the Dodgers, recently cited the book as having “a real profound impact,” and said he reflects back on it when evaluating organizational processes. Keith Law, a former executive for the Toronto Blue Jays, wrote the book “Inside Game” — an examination of bias and decision-making in baseball — that was inspired by “Thinking, Fast and Slow.”

“As the decision tree in baseball has changed over time, this helps all of us better understand why it needed to change,” Mozeliak wrote in an email. He said that was especially true when “working in a business that many decisions are based on what we see, what we remember, and what is intuitive to our thinking.”

The central thesis of Kahneman’s book is the interplay between each mind’s System 1 and System 2, which he described as a “psychodrama with two characters.”

System 1 is a person’s instinctual response — one that can be enhanced by expertise but is automatic and rapid. It seeks coherence and will apply relevant memories to explain events.

System 2, meanwhile, is invoked for more complex, thoughtful reasoning — it is characterized by slower, more rational analysis but is prone to laziness and fatigue.

Kahneman wrote that when System 2 is overloaded, System 1 could make an impulse decision, often at the expense of self-control

No area of baseball is more susceptible to bias than scouting, in which organizations aggregate information from disparate sources:

“The independent opinion aspect is critical to avoid the groupthink and be aware of momentum,”

Matt Blood, the director of player development for the Orioles, first read “Thinking, Fast and Slow” as a Cardinals area scout nine years ago and said that he still consults it regularly. He collaborated with a Cardinals analyst to develop his own scouting algorithm as a tripwire to mitigate bias

Mejdal himself fell victim to the trap of the representativeness heuristic when he started with the Cardinals in 2005

The C.D.C. changed its tune in April, advising all Americans above the age of 2 to wear masks to slow the spread of the coronavirus. Michael Basso, a senior health scientist at the agency who had been pushing internally to recommend masks, told me Ms. Tufekci’s public criticism of the agency was the “tipping point.”

Ms. Tufekci, a 40-something who speaks a mile a minute with a light Turkish accent, has none of the trappings of the celebrity academic or the professional pundit. But long before she became perhaps the only good amateur epidemiologist, she had quietly made a habit of being right on the big things.

In 2011, she went against the current to say the case for Twitter as a driver of broad social movements had been oversimplified. In 2012, she warned news media outlets that their coverage of school shootings could inspire more. In 2013, she argued that Facebook could fuel ethnic cleansing. In 2017, she warned that YouTube’s recommendation algorithm could be used as a tool of radicalization.

And when it came to the pandemic, she sounded the alarm early while also fighting to keep parks and beaches open.

“I’ve just been struck by how right she has been,” said Julia Marcus, an infectious disease epidemiologist at Harvard Medical School.

She told me she chalks up her habits of mind in part to a childhood she wouldn’t wish on anyone.

Mr. Goff was enthusing about the campaign’s ability to send different messages to individual voters based on the digital data it had gathered about them. Ms. Tufekci quickly objected to the practice, saying that microtargeting would more likely be used to sow division.

An international point of view she picked up while bouncing as a child between Turkey and Belgium and then working in the United States.

Knowledge that spans subject areas and academic disciplines, which she happened onto as a computer programmer who got into sociology.

A habit of complex, systems-based thinking, which led her to a tough critique in The Atlantic of America’s news media in the run-up to the pandemic

it began, she says, with growing up in an unhappy home in Istanbul. She said her alcoholic mother was liable to toss her into the street in the early hours of the morning. She found some solace in science fiction — Ursula K. Le Guin was a favorite — and in the optimistic, early internet.

Perhaps because of a kind of egalitarian nerd ideology that has served her well, she never sought to meet the rebels’ charismatic leader, known as Subcomandante Marcos.

“I have a thing that fame and charisma screws with your head,” she said. “I’ve made an enormous effort throughout my life to preserve my thinking.”

While many American thinkers were wide-eyed about the revolutionary potential of social media, she developed a more complex view, one she expressed when she found herself sitting to the left of Teddy Goff, the digital director for President Obama’s re-election campaign, at a South by Southwest panel in Austin in 2012

“A bunch of things came together, which I’m happy I survived,” she said, sitting outside a brick house she rents for $2,300 a month in Chapel Hill, N.C., where she is raising her 11-year-old son as a single parent. “But the way they came together was not super happy, when it was happening.”

“At a time when everybody was being stupidly optimistic about the potential of the internet, she didn’t buy the hype,” he told me. “She was very prescient in seeing that there would be a deeper rot to the role of data-driven politics in our world.”

Many tech journalists, entranced by the internet-fueled movements sweeping the globe, were slow to spot the ways they might fail, or how social media could be used against them. Ms. Tufekci, though, had “seen movement after movement falter because of a lack of organizational depth and experience, of tools or culture for collective decision making, and strategic, long-term action,” she wrote in her 2017 book, “Twitter and Tear Gas.”

One of the things that makes Ms. Tufekci stand out in this gloomy moment is her lack of irony or world-weariness. She is not a prophet of doom, having hung on to an early-internet optimism

Ms. Tufekci has taught epidemiology as a way to introduce her students to globalization and to make a point about human nature: Politicians and the news media often expect looting and crime when disaster strikes, as they did when Hurricane Katrina hit New Orleans in 2005. But the reality on the ground has more to do with communal acts of generosity and kindness, she believes.

Her March column on masks was among the most influential The Times has published, although — or perhaps because —  it lacked the political edge that brings wide attention to an opinion piece.

“The real question is not whether Zuck is doing what I like or not,” she said. “The real question is why he’s getting to decide what hate speech is.”

She also suggested that we may get it wrong when we focus on individuals — on chief executives, on social media activists like her. The probable answer to a media environment that amplifies false reports and hate speech, she believes, is the return of functional governments, along with the birth of a new framework, however imperfect, that will hold the digital platforms responsible for what they host.

C is to collect a lot of information. Thirty years ago, the challenge was finding information in a card catalog at the library. Now it's, how do we separate the good stuff from the bad stuff?

A is to analyze both sides. Lawyers have to turn the coin over and exhaust counterarguments or we'll lose in court.

So lawyers are trained to look for the gray areas, to look for the questions are not the answers. And if we kind of orient our thinking that way, I think we're less likely to shut down competing points of view.

My argument in the book is, we can feel good about a decision even if we don't get everything that we want. We have to make compromises.

I tell my students, you'll get through the bar. The key is to look for questions and not answers. If you could answer every legal question with a Wikipedia search, there would be no reason to hire lawyers.

Lawyers are hired because there are arguments on both sides, you know? Every Supreme Court decision that is split 6-3, 5-4, that means there were really strong arguments on both sides.

T is, tolerate the fact that you won't get everything you want every time

So we have to be very careful about the source of what you're getting, OK? Is this source neutral? Is this source really care about facts and not so much about an agenda?

Step 3, the collecting information piece. I think it's a new skill for all of us that we are overloaded with information into our phones. We have algorithms that somebody else developed that tailor the information that comes into our phones based on what the computer thinks we already believe

No. 2 - this is the beauty of social media and the internet - you can pull original sources. We can click on the indictment. Click on the new bill that has been proposed in the United States Congress.

then the book explains ways that you can then sort through that information for yourself. Skills are empowering.

Maybe as a replacement for sort of being empowered by being part of a team - a red team versus a blue team - that's been corrosive, I think, in American politics and American society. But arming ourselves with good facts, that leads to self-determination.

MARTINEZ: Now, you've written two other books - "How To Read The Constitution" and "What You Need To Know About Voting" - along with this one, "How To Think Like A Lawyer - And Why.

It kind of makes me think, Kim, that you feel that Americans might be lacking a basic level of civics education or understanding. So what is lacking when it comes to teaching civics or in civics discourse today?

studies have shown that around a third of Americans can't name the three branches of government. But if we don't understand our government, we don't know how to hold our government accountable

Democracies can't stay open if we've got elected leaders that are caring more about entrenching their own power and misinformation than actually preserving democracy by the people. I think that's No. 1.

No. 2 has to do with a value system. We talk about American values - reward for hard work, integrity, honesty. The same value system should apply to who we hire for government positions. And I think Americans have lost that.

in my own life, I'm very careful about who gets to be part of the inner circle because I have a strong value system. Bring that same sense to bear at the voting booth. Don't vote for red versus blue. Vote for people that live your value system

just like the Ukrainians are fighting for their children's democracy, we need to do that as well. And we do that through informing ourselves with good information, tolerating competing points of view and voting - voting, voting, voting - to hold elected leaders accountable if they cross boundaries that matter to us in our own lives.

Mr. Obama starts where most lawmakers are stuck: Section 230 of the Communications Decency Act, which gives platforms immunity from legal liability for most third-party posts. He suggested a “higher standard of care” for ads than for so-called organic content that everyday users post. This would strike a sensible balance between eviscerating Section 230, making sites accountable for everything they host, and doing nothing.

On top of that, “an instant, 24/7 global information stream,” from which audiences can pick and choose material that confirms their biases, has deepened the social divides that bad actors seek to exploit.

Mr. Obama identified another problem with the Section 230 talk: homing in on what material platforms do and don’t take down risks missing how the “very design” of these sites privileges polarizing, inflammatory posts.

With this, Mr. Obama adds something vital to the mainstream debate over social media regulation, shifting attention away from a debate about whack-a-mole content removal and toward the sites’ underlying structures. His specific suggestions, while fuzzy, also have promise — from slowing down viral material to imposing transparency obligations that would subject social media companies’ algorithms to scrutiny from researchers and regulators.

Mr. Obama calls this “democratic oversight.” But the material companies reveal could be highly technical. Ideally, it would get translated into layman’s terms so that everyday people, too, can understand how decisions so significant in their daily lives and the life of the country are made.

For some, the only speech they feel should be truly public should also be “professional.” Hence: LinkedIn, where the only associated image is a professional headshot, and the only conversations are those related to work.

Which is how some people really would like to navigate the public sphere: with total freedom and total impunity

Twitter is where you could publicly (if often anonymously) fight, troll, dunk, harass, joke, and generally speak without consequence; it’s also where the mundane status update/life musing (once the foundation of Facebook) could live peacefully.

Twitter was for publicly observing — through the scroll, but also by tweeting, retweeting, quote tweeting — while remaining effectively invisible, a reply-guy amongst reply-guys, a troll amongst trolls.

The Facebook of the 2010s was for broadcasting ideological stances under your real name and fighting with your close and extended community about them; now it’s (largely) about finding advice (and fighting about advice) in affinity groups (often) composed of people you’ve never met.

It rewards the esoteric, the visually witty, the mimetic — even more than Twitter.

Tiktok is for monologues, for expertise, for timing and performance. It’s without pretense.

On TikTok, you don’t reshare memes, you use them as the soundtrack to your reimagining, even if that reimagining is just “what if I do the same dance, only with my slightly dorky parents?

Instagram is serious and sincere (see: the success of the social justice slideshow) and almost never ironic — maybe because static visual irony is pretty hard to pull off.

Like YouTube, far fewer people are posting than consuming, which means that most people aren’t speaking at all.

And then there’s Instagram. People think Instagram is for extroverts, for people who want to broadcast every bit of their lives, but most Instagram users I know are shy — at least with public words. Instagram is where parents post pictures of their kids with the caption “these guys right here” or a picture of their dog with “a very good boy.”

The text doesn’t matter; the photo speaks loudest. Each post becomes overdetermined, especially when so readily viewed within the context of the greater grid

The more you understand your value as the sum of your visual parts, the more addictive, essential, and anxiety-producing Instagram becomes.

That emphasis on aesthetic perfection is part of what feminizes Instagram — but it’s also what makes it the most natural home for brands, celebrities, and influencers.

a static image can communicate a whole lifestyle — and brands have had decades of practice honing the practice in magazine ads and catalogs.

And what is an influencer if not a conduit for brands? What is a celebrity if not a conduit for their own constellation of brands?

If LinkedIn is the place where you can pretend that your whole life and personality is “business,” then Instagram is where you can pretend it’s all some form of leisure — or at least fun

A “fun” work trip, a “fun” behind-the-scenes shot, a brand doing the very hard work of trying to get you to click through and make a purchase with images that are fun fun fun.

On the flip side, Twitter was where you spoke with your real (verified) name — and with great, algorithm-assisted importance. You could amass clout simply by rephrasing others’ scoops in your own words, declaring opinions as facts, or just declaring. If Twitter was gendered masculine — which it certainly was, and is arguably even more so now — it was only because all of those behaviors are as well.

Instagram is a great place to post an announcement and feel celebrated or consoled but not feel like you have to respond to people

The conversation is easier to both control and ignore; of all the social networks, it most closely resembles the fawning broadcast style of the fan magazine, only the celebs control the final edit, not the magazine publisher

Celebrities initially glommed to Twitte

But its utility gradually faded: part of the problem was harassment, but part of it was context collapse, and the way it allowed words to travel across the platform and out of the celebrity’s control.

Instagram was just so much simpler, the communication so clearly in the celebrity wheelhouse. There is very little context collapse on Instagram — it’s all curation and control. As such, you can look interesting but say very little.

he also thought that this approach was not enough. “What are we to make of a civilization,” he asked in 1959, a few years after von Neumann’s death, “which has always regarded ethics as an essential part of human life, and…which has not been able to talk about the prospect of killing almost everybody, except in prudential and game-theoretical terms?”

to design a “fairness algorithm” we need to know what fairness is. Fairness is not a mathematical constant or even a variable. It is a human value, meaning that there are many often competing and even contradictory visions of it on offer in our societies.

Hence Oppenheimer set out to make the Institute for Advanced Study a place for thinking about humanistic subjects like Russian culture, medieval history, or ancient philosophy, as well as about mathematics and the theory of the atom. He hired scholars like George Kennan, the diplomat who designed the Cold War policy of Soviet “containment”; Harold Cherniss, whose work on the philosophies of Plato and Aristotle influenced many Institute colleagues; and the mathematical physicist Freeman Dyson, who had been one of the youngest collaborators in the Manhattan Project. Traces of their conversations and collaborations are preserved not only in their letters and biographies, but also in their research, their policy recommendations, and in their ceaseless efforts to help the public understand the dangers and opportunities technology offers the world.

In their biography “American Prometheus,” which inspired Nolan’s film, Martin Sherwin and Kai Bird document Oppenheimer’s conviction that “the safety” of a nation or the world “cannot lie wholly or even primarily in its scientific or technical prowess.” If humanity wants to survive technology, he believed, it needs to pay attention not only to technology but also to ethics, religions, values, forms of political and social organization, and even feelings and emotions.

Preserving any human value worthy of the name will therefore require not only a computer scientist, but also a sociologist, psychologist, political scientist, philosopher, historian, theologian. Oppenheimer even brought the poet T.S. Eliot to the Institute, because he believed that the challenges of the future could only be met by bringing the technological and the human together. The technological challenges are growing, but the cultural abyss separating STEM from the arts, humanities, and social sciences has only grown wider. More than ever, we need institutions capable of helping them think together.

Ambiguities are often reconciled with other observed data, such as that we know by other means that the planet is too small to cause the scale of distortion seen.

“The two previous theories of degeneracy deal with cases where the background star appears to pass close to the foreground star or the foreground planet. The AI algorithm showed us hundreds of examples from not only these two cases, but also situations where the star doesn’t pass close to either the star or planet and cannot be explained by either previous theory,” said Zhang in a Berkeley news release.

But without the systematic and confident calculations of the AI, it’s likely the simplified, less correct theory would have persisted for many more years.

As a result — and after some convincing, since a grad student questioning established doctrine is tolerated but perhaps not encouraged — they ended up proposing a new, “unified” theory of how degeneracy in these observations can be explained, of which the two known theories were simply the most common cases.

“People were seeing these microlensing events, which actually were exhibiting this new degeneracy but just didn’t realize it. It was really just the machine learning looking at thousands of events where it became impossible to miss,” said Scott Gaudi

But Zhang seemed convinced that the AI had clocked something that human observers had systematically overlooked.

Just as people learned to trust calculators and later computers, we are learning to trust some AI models to output an interesting truth clear of preconceptions and assumptions — that is, if we haven’t just coded our own preconceptions and assumptions into them.

"In terms of moderation, we have a lot of thoughts — we're trying to move very slowly and intentionally around what the experience is like," Austin said. "I will say, unequivocally, that we won't allow any language that revolves around hate and all the encompassing ways of what that can mean."

"[We're] definitely [going] for scale, but I think in scale there can be very different groups inside that space," Austin said. "I think fragmentation has been happening since the beginning of the internet, we just had these larger conglomerates come in and bring everyone to that space."

“There is so much technology out there that employers are experimenting with or investing in,” said Edgar Ndjatou

Software can watch for suspicious computer behavior or it can dig into an employee’s credit reports, arrest records and marital-status updates. It can check to see if Cheryl is downloading bulk cloud data or run a sentiment analysis on Tom’s emails to see if he’s getting testier over time. Analysis of this data, say the companies that monitor insider risk, can point to potential problems in the workplace.

Organizations that produce monitoring software and behavioral analysis for the feds also may offer conceptually similar tools to private companies, either independently or packaged with broader cybersecurity tools.

But corporations are moving forward with their own software-enhanced surveillance. While private-sector workers may not be subjected to the rigors of a 136-page clearance form, private companies help build these “continuous vetting” technologies for the federal government, said Lindy Kyzer of ClearanceJobs. Then, she adds, “Any solution would have private-sector applications.”

“Can we build a system that checks on somebody and keeps checking on them and is aware of that person’s disposition as they exist in the legal systems and the public record systems on a continuous basis?” said Chris Grijalva

But the interest in anticipating insider threats in the private sector raises ethical questions about what level of monitoring nongovernmental employees should be subject to.

“People are starting to understand that the insider threat is a business problem and should be handled accordingly,” said Mr. Grijalva.

The linguistic software package they developed, called SCOUT, uses psycholinguistic analysis to seek flags that, among other things, indicate feelings of disgruntlement, like victimization, anger and blame.

“The language changes in subtle ways that you’re not aware of,” Mr. Stroz said.

There’s not enough information, in other words, to construct algorithms about trustworthiness from the ground up. And that would hold in either the private or the public sector.

Even if all that dystopian data did exist, it would still be tricky to draw individual — rather than simply aggregate — conclusions about which behavioral indicators potentially presaged ill actions.

“Depending too heavily on personal factors identified using software solutions is a mistake, as we are unable to determine how much they influence future likelihood of engaging in malicious behaviors,” Dr. Cunningham said.

“I have focused very heavily on identifying indicators that you can actually measure, versus those that require a lot of interpretation,” Dr. Cunningham said. “Especially those indicators that require interpretation by expert psychologists or expert so-and-sos. Because I find that it’s a little bit too dangerous, and I don’t know that it’s always ethical.”