Will Oremus

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Every time I start to criticize Elon Musk, I remember to be thankful he’s not Peter Thiel.

Walter Isaacson famously named Benjamin Franklin when searching for an historical antecedent for Musk, but the Tesla-Space X-Hyperloop-aspiring-Martian billionaire seem to have his heart set on being a multi-planetary Thomas Edison.

In his just-released “Master Plan, Part Deux,” Musk expounds on a vision that would be daunting if it was being attempted by a wonderfully funded Bell Labs or NASA or even a superpower government let alone a struggling private company. The sections on solar roofs and autonomous transport are particularly fascinating.

As Will Oremus writes in a Slate column, one aspect of Musk’s ambitions didn’t make big news despite having world-changing implications. An excerpt:

On Wednesday night, Elon Musk announced a new master plan for his company. It is the philosophical successor to his original master plan, published 10 years ago when few had heard of Tesla and fewer cared. If that first plan seemed implausibly audacious, this one borders on schizophrenic—a compendium of goals so futuristic and disparate that it would be a marvel for any company to achieve one of them, let alone all. They include (deep breath):

  • Building at least four all-new models: a “new kind of pickup truck,” a compact SUV, a semi truck, and a bus-like mass transport vehicle that delivers its passengers from door to door. They’ll all be fully electric, of course.
  • Developing and implementing a fully autonomous driving system that will require no human involvement. The system will have such redundancy that a failure of any part of the driving system will not compromise its ability to navigate safely.
  • Creating a car-sharing platform through which Tesla owners can, at the tap of a button, rent out their self-driving vehicle to a “Tesla shared fleet” when they’re not using it. Others can then summon the car for a ride, generating income for its owner which can help to pay off the price of buying it.
  • Merging Tesla and SolarCity, the country’s largest solar power company, and together developing a seamlessly integrated system that can both capture and store solar power on your rooftop, turning your home into its own energy utility. And then “scale that throughout the world.”

Not even cracking the top four objectives in the new plan is Musk’s recently stated intention to essentially reinvent the mass production process, developing a heavily automated factory that can churn out cars five to 10 times more efficiently than before. In other words, Musk writes, Tesla is designing “the machine that makes the machine—turning the factory itself into a product.”•

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Automation is a great thing for society and wealth creation if we’re able to figure out the new normal politically, which we seem unable to do presently. I mean, we can laugh (for now) at the redundancies when a McDonald’s test restaurant duplicates service with both computer tablets and humans taking orders, but it’s obvious which of those servers will soon be eliminated. From Will Oremus at Slate:

“Score one for the machines. On Tuesday, Applebee’s announced plans to install a tablet at every table in its 1,860 restaurants across the United States. Customers will be able to use the devices to order food, pay the bill, and ignore their dining companions by playing video games.

Chili’s unveiled basically the same plan three months ago. But that doesn’t mean Applebee’s hasn’t been plotting this move for years. In fact, Applebee’s was the name that came up when my former Slate colleague Annie Lowrey first wrote about the tablets-for-restaurants idea in April 2011. Her story focused on Palo Alto-based startup E La Carte, which is in fact Applebee’s partner on the just-announced deal. Chili’s opted for a rival vendor, Ziosk.”

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There were reports earlier this year questioning the greenness of electric vehicles. As Tesla Motors becomes more popular, winning hearts and minds, Will Oremus of Slate looks into the environmental impact of Elon Musk’s car brand. The opening of “How Green Is a Tesla, Really?“:

“The knock on electric cars has always been the same: They’re great for the environment, but they’re pokey and impractical, and nobody wants to buy one. The stunning success story of the Tesla Model S has, improbably, flipped that equation. It’s blazingly fast, surprisingly practical, and everyone wants to buy one. But now some critics are asking: How green is it, really?

The quick answer: If current trends hold, it could be pretty darn green in the long run. But as of today, the calculation isn’t as straightforward as you might think. Depending on whom you ask, what assumptions you make, and how you quantify environmental impact, the answer could range from ‘greener than a Prius’ to ‘as dirty as an SUV.’ And where the Tesla falls on that spectrum depends to a surprising extent on where you live and how much you drive it.

Electric cars are squeaky clean, of course, in the sense that they don’t burn gas. With no engine, no gas tank, and no exhaust, they’re considered to be zero-emissions vehicles. But there’s more to a vehicle’s environmental impact than what comes out of the tailpipe. The Tesla doesn’t run on air. It runs on electricity, which in turn is generated from a range of different sources, from nuclear fission to natural gas to the darkest, dirtiest fossil fuel of them all: coal.”

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Will all your friends soon be electric? Will you? The centuries-old technique of transcranial direct-current stimulation is gaining new prominence in the science of human augmentation. FromSpark of Genius,” the new Will Oremus article at Slate:

“Exactly how all of this works is not yet fully clear. But the process appears to make neurons in the stimulated area more malleable, so that new connections form more readily while under the influence of the current. It remains to be seen whether those changes are short-lived or enduring, but at least one study has found positive effects persisting for up to six months. The beauty of it, in theory, is that the electric current doesn’t rewire the brain on its own—it just makes it easier for the brain to rewire itself.

At this point it seems obvious that this is far too good to be true. So what’s the catch?

The catch is that we don’t know what the catch is. And to Peter Reiner, a neuroscientist at University of British Columbia, that’s a biggie. If tDCS can so quickly change the brain in ways that we can easily measure, he says, there’s a good chance it could also change the brain in ways we can’t easily measure—or that researchers so far haven’t tried to measure. Scientists often assume they can target the effects of tDCS by stimulating only the part of the brain relevant to the task that the subject is concentrating on. But most would admit there’s some guesswork involved, since brain topography can vary from one person to the next. And Reiner warns that there’s no guarantee the subject’s mind won’t wander, say, to ‘something horrific that occurred earlier today.’ What if tDCS ends up forging traumatic connections along with useful ones?”

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Biotech and performance enhancement will continue blurring more and more lines–and not just for horses. From Will Oremus at Slate:

‘Reversing an earlier ban, the international governing body for equestrian sports has decided that cloned horses can compete alongside their traditionally bred counterparts.

‘The FEI will not forbid participation of clones or their progenies in FEI competitions,’ the Federation Equestre Internationale said after its June meeting in Lausanne, Switzerland, according to The Chronicle of the Horse. ‘The FEI will continue to monitor further research, especially with regard to equine welfare.’

That’s good news for two companies—ViaGen in Texas and Cryozootech in France—that have successfully cloned champion horses, mainly for breeding purposes. Cryozootech has produced two clones of the American show-jumping champion Gem Twist. ViaGen, which owns the rights to the technology that produced the famous cloned sheep Dolly, has cloned several horses, including a quarter horse, a barrel racer, and a polo pony.”

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Mark Walton, President of ViaGen, the “cloning company”:

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