“Oh My God, This Is So F---ed Up”: Inside Silicon Valley’s Secretive, Orgiastic Dark Side
A long and thorough piece written by Emily Chang for Vanity Fair detailing the detachment of Silicon Valley's sex parties. The men are... special:
When I ask Founder X whether these men are taking advantage of women by feeding them inhibition-melting drugs at sex parties, he replies that, on the contrary, it’s women who are taking advantage of him and his tribe, preying on them for their money.
The whole article is as entertaining as it is horrific.
[Source: Vanity Fair]
Should we let tech companies run the world?
Yes, like, even more than they do today. This is Tyler Cowen's question and here are two views:
Under one view, the major tech companies lucked into some pieces of rapidly scalable software. They are phenomenal at producing and distributing such software, but otherwise they put on their pants one leg at a time, just like the rest of us. They are not especially productive at marginal activities beyond their core competencies.
Under the second view, the major tech companies have developed new managerial technologies for hiring, handling, and motivating super-smart employees. That is the reason why the tech companies have become phenomenal at producing and distributing rapidly scalable software. But if tech companies turn their attention to other productive activities, they would do very very well. Alex for instance thinks that Apple ought to buy a university. Or you might expect that Google’s “scallion fried fish” dish would be especially tasty. After all, do not smarter people make for better cooks?
[Source: Marginal Revolution]
Should we let tech companies run the world?
Yes, like, even more than they do today. This is Tyler Cowen's question and here are two views:
Under one view, the major tech companies lucked into some pieces of rapidly scalable software. They are phenomenal at producing and distributing such software, but otherwise they put on their pants one leg at a time, just like the rest of us. They are not especially productive at marginal activities beyond their core competencies.
Under the second view, the major tech companies have developed new managerial technologies for hiring, handling, and motivating super-smart employees. That is the reason why the tech companies have become phenomenal at producing and distributing rapidly scalable software. But if tech companies turn their attention to other productive activities, they would do very very well. Alex for instance thinks that Apple ought to buy a university. Or you might expect that Google’s “scallion fried fish” dish would be especially tasty. After all, do not smarter people make for better cooks?
[Source: Marginal Revolution]
Why listening to music is social — even when you're alone
The article is interesting throughout but here are excerpts:
Istvan Molnar-Szakacs, Ph.D., a research neuroscientist at the Semel Institute for Neuroscience at the University of California, Los Angeles, has explored how music “creates the sense of social belonging,” as he writes in a 2015 paper, “Please Don’t Stop the Music.”
“When you’re home alone in your house, it feels empty,” he says. “And then you put on music and all of a sudden you feel better because you’re not alone. It’s not that literally you’re not alone. But you feel like you have company.”
And:
The moment you hear a sequence of hierarchically organized abstract sounds we call music, a multitude of associations are activated in your brain. These can include memories, emotions, and even motor programs for playing music. Together they can imply a sense of human agency. That sensation is what sets music apart from other types of sounds. “The brain interprets the structure of the music as intentionality that is coming from a human agent,” Molnar-Szakacs says. “This, combined with all the associations evoked by the music, is what makes the experience social.”
And finally:
Our sense of others as represented by the mirror-neuron system, charged with emotion from the limbic system, can give rise to empathy. To Molnar-Szakacs, it is emotional empathy that can explain “why music can be experienced as a social phenomenon even when someone is listening alone on their earphones.”
[Source: Nautilus]
Why listening to music is social — even when you're alone
The article is interesting throughout but here are excerpts:
Istvan Molnar-Szakacs, Ph.D., a research neuroscientist at the Semel Institute for Neuroscience at the University of California, Los Angeles, has explored how music “creates the sense of social belonging,” as he writes in a 2015 paper, “Please Don’t Stop the Music.”
“When you’re home alone in your house, it feels empty,” he says. “And then you put on music and all of a sudden you feel better because you’re not alone. It’s not that literally you’re not alone. But you feel like you have company.”
And:
The moment you hear a sequence of hierarchically organized abstract sounds we call music, a multitude of associations are activated in your brain. These can include memories, emotions, and even motor programs for playing music. Together they can imply a sense of human agency. That sensation is what sets music apart from other types of sounds. “The brain interprets the structure of the music as intentionality that is coming from a human agent,” Molnar-Szakacs says. “This, combined with all the associations evoked by the music, is what makes the experience social.”
And finally:
Our sense of others as represented by the mirror-neuron system, charged with emotion from the limbic system, can give rise to empathy. To Molnar-Szakacs, it is emotional empathy that can explain “why music can be experienced as a social phenomenon even when someone is listening alone on their earphones.”
[Source: Nautilus]
Loneliness is the brain telling you to be more social
In one study from 2009, researchers used fMRIs to test whether lonely brains were more sensitive to threats. Twenty-three participants were placed in an MRI and shown a series of pictures, some of them pleasant, such as money and a rocket lifting off, and others unpleasant, including human conflict. They found that lonely brains respond less positively to pleasant images than non-lonely brains, and more strongly to images of violence and unpleasant social situations. Loneliness spurs the brain into a hyper-vigilant state, unable to relax. The lonely brain doesn’t passively take the world in, but actively interprets it as an unfriendly place.[Source: Nautilus]Hawkley found that lonely individuals take longer to fall asleep, wake up more during the night, and sleep less deeply. “The lonely person’s feeling of not being safe, socially safe, could contribute to disrupted sleep,” she says.
Loneliness is the brain telling you to be more social
In one study from 2009, researchers used fMRIs to test whether lonely brains were more sensitive to threats. Twenty-three participants were placed in an MRI and shown a series of pictures, some of them pleasant, such as money and a rocket lifting off, and others unpleasant, including human conflict. They found that lonely brains respond less positively to pleasant images than non-lonely brains, and more strongly to images of violence and unpleasant social situations. Loneliness spurs the brain into a hyper-vigilant state, unable to relax. The lonely brain doesn’t passively take the world in, but actively interprets it as an unfriendly place.[Source: Nautilus]Hawkley found that lonely individuals take longer to fall asleep, wake up more during the night, and sleep less deeply. “The lonely person’s feeling of not being safe, socially safe, could contribute to disrupted sleep,” she says.
What if we turned prisons into universities?
Imagine if prisons looked like the grounds of universities. Instead of languishing in cells, incarcerated people sat in classrooms and learned about climate science or poetry — just like college students. Or even with them.
This would be a boon to prisoners across the country, a vast majority of whom do not have a high school diploma. And it could help shrink our prison population. While racial disparities in arrests and convictions are alarming, education level is a far stronger predictor of future incarceration than race.
Elizabeth Hinton for The New York Times has an interesting point to make.
[Source: The New York Times]
What if we turned prisons into universities?
Imagine if prisons looked like the grounds of universities. Instead of languishing in cells, incarcerated people sat in classrooms and learned about climate science or poetry — just like college students. Or even with them.
This would be a boon to prisoners across the country, a vast majority of whom do not have a high school diploma. And it could help shrink our prison population. While racial disparities in arrests and convictions are alarming, education level is a far stronger predictor of future incarceration than race.
Elizabeth Hinton for The New York Times has an interesting point to make.
[Source: The New York Times]
Why You Can't Eat With a Broken Heart
Not being able to eat after heartbreak is caused by the "fight" mode your body enters after the breakup, according to ter Horst. Your sympathetic nervous system kicks in, whaich is the system that allows your body to respond quickly in the event of an emergency. Your pupils dilate, the pulmonary alveoli widen, and your heart starts to beat faster. Long story short: You're going into survival mode. Having a bite to eat becomes a secondary concern. To help out, the body has found a way to suppress the inevitable hunger pangs: There's fewer constrictions and relaxations of the muscles in your stomach and bowels, which consequently slows down the digestion of food.
In case you were wondering.
[Source: MUNCHIES]
Why You Can't Eat With a Broken Heart
Not being able to eat after heartbreak is caused by the "fight" mode your body enters after the breakup, according to ter Horst. Your sympathetic nervous system kicks in, whaich is the system that allows your body to respond quickly in the event of an emergency. Your pupils dilate, the pulmonary alveoli widen, and your heart starts to beat faster. Long story short: You're going into survival mode. Having a bite to eat becomes a secondary concern. To help out, the body has found a way to suppress the inevitable hunger pangs: There's fewer constrictions and relaxations of the muscles in your stomach and bowels, which consequently slows down the digestion of food.
In case you were wondering.
[Source: MUNCHIES]
How do waveforms work?
Josh Comeau, a software developer at Khan Academy has created a beautiful, interactive tutorial that explains how waveforms work. Click on the source link to discover it!
[Source: Let's Learn About Waveforms]
How do waveforms work?
Josh Comeau, a software developer at Khan Academy has created a beautiful, interactive tutorial that explains how waveforms work. Click on the source link to discover it!
[Source: Let's Learn About Waveforms]
Vicky Krieps talks drinking tea in character with method actor Daniel Day-Lewis
So, she did the unthinkable. She broke through the screen. ‘One day, between takes, I left my green room, and said: “I want to see Reynolds.”’ She laughs as she remembers it. ‘The first [crew member] said, “Oh, no, no, you can’t.” But I kept walking. And then I walked past a few others who said, “No, really, you can’t do this.” But I’d had it up to here. Finally, I got to the door of his green room and knocked. I didn’t know what would happen. Would I be screamed at?’
Happily, no. ‘He opened the door and said, “Alma!” And we had tea together and a lovely conversation about music and Virginia Woolf. From then on, it became a regular thing; we would meet between takes, in character, and just… talk.’
It's a great movie.
[Source: London Evening Standard]
Vicky Krieps talks drinking tea in character with method actor Daniel Day-Lewis
So, she did the unthinkable. She broke through the screen. ‘One day, between takes, I left my green room, and said: “I want to see Reynolds.”’ She laughs as she remembers it. ‘The first [crew member] said, “Oh, no, no, you can’t.” But I kept walking. And then I walked past a few others who said, “No, really, you can’t do this.” But I’d had it up to here. Finally, I got to the door of his green room and knocked. I didn’t know what would happen. Would I be screamed at?’
Happily, no. ‘He opened the door and said, “Alma!” And we had tea together and a lovely conversation about music and Virginia Woolf. From then on, it became a regular thing; we would meet between takes, in character, and just… talk.’
It's a great movie.
[Source: London Evening Standard]
Japan firm seeks to spawn salmon farm revolution
The company's process is two-fold: first, simple tap water is converted to seawater by adding artificial sea salt, which allows the farming process to be set up anywhere tap water is available.
Second, a patented technology involving bacteria cleans the water, consuming the ammonia produced by the fish, and dissolving nitric acid, meaning energy-sucking cleaning systems are not necessary.
"We'll be the world's first successful case for this type of land-based salmon farming if we can turn a profit," Sogo said.
The process was born out of technology developed by Sogo's company for sewage disposal systems.
In 2008, they developed the breakthrough bacteria technology and the following year it was being used at an aquarium in Tokyo, at which point Sogo realised it could be used for salmon farming.
Rendezvous next year to see if Sogo made it.
[Source: AFP]
Japan firm seeks to spawn salmon farm revolution
The company's process is two-fold: first, simple tap water is converted to seawater by adding artificial sea salt, which allows the farming process to be set up anywhere tap water is available.
Second, a patented technology involving bacteria cleans the water, consuming the ammonia produced by the fish, and dissolving nitric acid, meaning energy-sucking cleaning systems are not necessary.
"We'll be the world's first successful case for this type of land-based salmon farming if we can turn a profit," Sogo said.
The process was born out of technology developed by Sogo's company for sewage disposal systems.
In 2008, they developed the breakthrough bacteria technology and the following year it was being used at an aquarium in Tokyo, at which point Sogo realised it could be used for salmon farming.
Rendezvous next year to see if Sogo made it.
[Source: AFP]
We will soon be farming pigs for human organ transplants
Some 75,000 Americans are waiting for an organ donation. Today, like every other, around 20 will die. But researchers this week at the AAAS, a big science conference, held forth a tantalising prospect: animal organ factories. Take, for example, the fertilised egg of a pig and cut out genes that promote the development of the animal’s heart. Now, this pig will grow up without a heart of its own. Then inject human stem cells taken from a patient who needs a new heart into the embryo and then place it into the womb of a sow. Wait nine months. The result would be an adult pig with a heart made of human cells which can be slaughtered and the organ transplanted into the patient who provided the stem cells—a perfect genetic match. The concept has already been proven with mice-rat “chimeras”. Pig-human ones are more challenging, but getting closer.