The facts are straightforward: on Christmas Day, Charlie Sheen’s wife, Brooke Mueller, called 911, frantic that a switchblade-armed Sheen had threatened her. Police arrested Sheen, then released him after he posted an $8500 bond.
And then, yesterday, their lawyer told US Weekly that the couple were happily back together: “They’re very much in love, and they want to try to work it out. I think they had a really bad day, which is probably an understatement, but they need their privacy and they need some time.”
Three letters: WTF?
But as baffling as the story seems to be, science can offer an explanation.
Continue reading Brooke Mueller and Charlie Sheen: Why Won’t She Leave Him?
The aughts been a good decade for Malcolm Gladwell. The reigning king of urban intellectuals has never not had a book among the New York Times’s top 10 bestsellers since his first book, Tipping Point, debuted in 2000. (Currently, he has four.) With so much success, of course, invariably come brickbats. The latest volley of slings and arrows has arrived from the direction of Steven Pinker, the Harvard psychology professor who, reviewing Gladwell’s book What the Dog Saw in the New York Times Book Review last month, declared that the author “unwittingly demonstrates the hazards of statistical reasoning and… occasionally blunders into spectacular failures.”
As someone who has just published a somewhat Gladwellian tome myself, I have a somewhat different perspective. The problem, I’ve discovered, isn’t just that Gladwell is wrong. It’s that his formulations are so darn sticky. Continue reading Gladwell’s Stickiness Problem
Everyone loves oxytocin, the hormone and neurotransmitter that functions as the body’s internal “love drug.” It has a reputation as the warmest, fuzziest chemical around. As I’ve written about earlier, oxytocin can moderate feelings of fear in social settings. But it does much more than that. Apart from a rather extensive list of functions in sexual reproduction, childbirth, and breastfeeding, oxytocin affects how mammals behave towards one another. In one famous experiment, for instance, subjects were found to behave more empathically after inhaling a dose of oxytocin-laced nasal drops.
But not all of oxytocin’s effects are so delightful. Experiments with rats have shown that increased levels of oxytocin can lead, in certain circumstances, to heightened aggression. And a recent experiment carried out at the University of Haifa in Israel has found some not-so-pleasant effects in humans as well. Subjects were given doses of nasal spray that contained either oxytocin or a placebo, and asked to play a computer game against a fellow test-subject. Actually, for the sake of experimental consistency, there was no other player — the subjects were playing against a computer. The interesting result was that subjects who had taken oxytocin gloated more when they won, and were more envious when they lost, than controls were.
It seems, explains researcher Simone Shamay-Tsoory, that oxytocin somehow helps to engage a person’s social drive, for better or for worse. “When the person’s association is positive, oxytocin bolsters pro-social behaviors; when the association is negative, the hormone increases negative sentiments,” she says.