Theranos and Zenefits are a feature, not a bug, of Silicon Valley

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The Theranos settlement is winding down, but Securities and Exchange Commission (SEC) enforcers will be back to Silicon Valley. Regulators follow the money. Today, they’re paying attention to where the risk of fraud is highest and bad actors are likely to be caught. Few places have the mix of promised high returns, and plentiful capital on display in the Bay Area.

The SEC has found plenty of ripe targets. Silicon Valley’s biggest startups are staying private longer, and attracting more investment than ever. As a result, they’re acting as quasi-public companies. Ethically dubious startups and rogue executives, once safely out of the public eye, are now seeing their sins publicized.

Last year, the SEC fined (pdf) insurance company Zenefits and its co-founder Parker Conrad for deceiving investors (alongside deals struck with state insurance regulators). The $980,000 penalty was the first against one of Silicon Valley’s private billion-dollar startups. This month, blood testing startup Theranos was hit with “massive fraud” charges for raising more than $700 million from investors through “an elaborate, years-long fraud in which they exaggerated or made false statements about the company’s technology, business, and financial performance.” CEO Elizabeth Holmes paid a $500,000 penalty, and was stripped of her controlling shares in the the once high-flying company in the settlement and barred her from serving on the board of a public company for 10 years. This week, the agency announced it had opened “dozens” of investigations related cryptocurrency and “initial coin offerings,” sending currency prices tumbling, as the SEC takes a hard look at one Silicon Valley’s hottest obsessions.

This marks a new era for SEC enforcement, in which private companies are in the crosshairs. Jina Choi, director of the SEC’s San Francisco regional office, made it explicit in an announcement this month. “The Theranos story is an important lesson for Silicon Valley,” she said. “Innovators who seek to revolutionize and disrupt an industry must tell investors the truth about what their technology can do today, not just what they hope it might do someday.”

Yet the SEC’s newfound interest is always likely to be a rearguard effort, say agency veterans. Alma Angotti, of Navigant consulting and a former SEC regulator, says the government can rarely get too far ahead of the business community’s riskiest behavior. “We used to say in enforcement that it’s a little bit like being behind the elephant parade: You’re always going to be cleaning up,” she said in an interview. Even when they do, the most egregious actors are likely to charge ahead anyways. “You always hope it’s a deterrent, but it’s never actually a deterrent.” she admitted. “These people will alway be overly optimistic, and sometimes are crooks.”

But investors argue that high-profile crackups like Theranos are a sign that Silicon Valley is working since they’re the exception rather than the rule. In (often self-serving) Silicon Valley mythology, founders must perform a delicate balancing act of hubris and trust. To build startups with potential to grow into billion-dollar success stories, founders rarely follow (all) the rules while upending the status quo. They must weigh that hubris with the need to earn trust from their team and investors who fund their risky endeavors. Cultures can go south from the beginning.

It worked for Uber until it didn’t, and it has been the often untold story of hundreds of other lionized startups in the past. Now, Silicon Valley is pointing to breakdowns like Zenefits and Theranos to publicly redraw the line: Deceiving investors, customers and public with a product that doesn’t work as advertised is not ok.

But the line is blurry for many founders and investors. In a sense, argues Shahin Farshchi, at Lux Capital, every founder’s pitch is a willing deception. “When people talk to investors, they are presenting a vision,” he says. “What’s being presented is a fiction.” That’s the alleged magic of Silicon Valley. An idea that would be considered improbable, if not impossible anywhere else, can attract financing and talent to make it real. But only a dose of transparency prevents the fiction from becoming deceit, or worse, a crime. “Everyone is responsible,” says Farshchi, both investors and founders, to ensure that the presentation of that vision doesn’t cross the line into disastrous territory.

Theranos very clearly crossed that line, the SEC alleges. Theranos, Holmes, and former president Ramesh Balwani repeatedly misled investors with investor presentations, product demonstrations, media articles, and false statements about its technology. Theranos claimed its portable blood testing techniques could rapidly assess a variety of diseases for a fraction of the price of conventional testing with just a finger pinprick. It said it was on track to generate more than $100 million in 2014 with its products in use by the U.S. Department of Defense in Afghanistan. None of these claims were apparently true.

Of course, investors are often complicit in the charade. A herd mentality to invest in the hottest companies means many become willing accomplishes or, at least, enthusiastic backers without incentive to publicly call out bad behavior or rock the boat. Before someone has written the first check, everyone’s a skeptic. Once prominent investors have signed on, the race is on to grab a piece of the pie.

You can expect the SEC’s latest moves to give some temporary relief to Silicon Valley, says Rob Siegel, a lecturer at Stanford University and partner at XSeed Capital. He sees the pendulum swinging back toward good governance with investors insisting on more informed, rigorous oversight over startups in which executives have operated virtually unchecked. Billions of dollars in losses have chastened some in Silicon Valley, for now. But memories fade. Exuberance, and fraud, will return. “If you look at investing over last 100 years,” says Siegel,” I don’t think it’s going to go away.”

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FILE PHOTO: The sun rises behind the entrance sign to Facebook headquarters in Menlo Park before the company's IPO launch, May 18, 2012.  REUTERS/Beck Diefenbach/File Photo - RC143A385500


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Why French Kids Don't Have ADHD

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In the United States, at least 9 percent of school-aged children have been diagnosed with ADHD, and are taking pharmaceutical medications. In France, the percentage of kids diagnosed and medicated for ADHD is less than .5 percent. How has the epidemic of ADHD—firmly established in the U.S.—almost completely passed over children in France?

Is ADHD a biological-neurological disorder? Surprisingly, the answer to this question depends on whether you live in France or in the U.S. In the United States, child psychiatrists consider ADHD to be a biological disorder with biological causes. The preferred treatment is also biological—psycho stimulant medications such as Ritalin and Adderall.

French child psychiatrists, on the other hand, view ADHD as a medical condition that has psycho-social and situational causes. Instead of treating children's focusing and behavioral problems with drugs, French doctors prefer to look for the underlying issue that is causing the child distress—not in the child's brain but in the child's social context. They then choose to treat the underlying social context problem with psychotherapy or family counseling. This is a very different way of seeing things from the American tendency to attribute all symptoms to a biological dysfunction such as a chemical imbalance in the child's brain.

French child psychiatrists don't use the same system of classification of childhood emotional problems as American psychiatrists. They do not use the Diagnostic and Statistical Manual of Mental Disorders or DSM. According to Sociologist Manuel Vallee, the French Federation of Psychiatry developed an alternative classification system as a resistance to the influence of the DSM-3. This alternative was the CFTMEA (Classification Française des Troubles Mentaux de L'Enfant et de L'Adolescent), first released in 1983, and updated in 1988 and 2000. The focus of CFTMEA is on identifying and addressing the underlying psychosocial causes of children's symptoms, not on finding the best pharmacological bandaids with which to mask symptoms.

To the extent that French clinicians are successful at finding and repairing what has gone awry in the child's social context, fewer children qualify for the ADHD diagnosis. Moreover, the definition of ADHD is not as broad as in the American system, which, in my view, tends to "pathologize" much of what is normal childhood behavior. The DSM specifically does not consider underlying causes. It thus leads clinicians to give the ADHD diagnosis to a much larger number of symptomatic children, while also encouraging them to treat those children with pharmaceuticals.

The French holistic, psychosocial approach also allows for considering nutritional causes for ADHD-type symptoms—specifically the fact that the behavior of some children is worsened after eating foods with artificial colors, certain preservatives, and/or allergens. Clinicians who work with troubled children in this country—not to mention parents of many ADHD kids—are well aware that dietary interventions can sometimes help a child's problem. In the U.S., the strict focus on pharmaceutical treatment of ADHD, however, encourages clinicians to ignore the influence of dietary factors on children's behavior.

And then, of course, there are the vastly different philosophies of child-rearing in the U.S. and France. These divergent philosophies could account for why French children are generally better-behaved than their American counterparts. Pamela Druckerman highlights the divergent parenting styles in her recent book, Bringing up Bébé. I believe her insights are relevant to a discussion of why French children are not diagnosed with ADHD in anything like the numbers we are seeing in the U.S.

From the time their children are born, French parents provide them with a firm cadre—the word means "frame" or "structure." Children are not allowed, for example, to snack whenever they want. Mealtimes are at four specific times of the day. French children learn to wait patiently for meals, rather than eating snack foods whenever they feel like it. French babies, too, are expected to conform to limits set by parents and not by their crying selves. French parents let their babies "cry it out" (for no more than a few minutes of course) if they are not sleeping through the night at the age of four months.

French parents, Druckerman observes, love their children just as much as American parents. They give them piano lessons, take them to sports practice, and encourage them to make the most of their talents. But French parents have a different philosophy of discipline. Consistently enforced limits, in the French view, make children feel safe and secure. Clear limits, they believe, actually make a child feel happier and safer—something that is congruent with my own experience as both a therapist and a parent. Finally, French parents believe that hearing the word "no" rescues children from the "tyranny of their own desires." And spanking, when used judiciously, is not considered child abuse in France. (Author's note: I am not personally in favor of spanking children).

As a therapist who works with children, it makes perfect sense to me that French children don't need medications to control their behavior because they learn self-control early in their lives. The children grow up in families in which the rules are well-understood, and a clear family hierarchy is firmly in place. In French families, as Druckerman describes them, parents are firmly in charge of their kids—instead of the American family style, in which the situation is all too often vice versa.

Copyright © Marilyn Wedge, Ph.D.

Read more about why French kids don't have ADHD and American kids do in Marilyn Wedge's new book based on this article: A Disease Called Childhood: Why ADHD Became an American Epidemic.



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On Hockey, Football, & Life: Overcoming the Paralyzing Fear of Failure

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Head Coach Scott Frost University of Nebraska Football

If you can show me a frightened hockey player, football player, or any athlete who makes a great play despite being afraid of the consequences should the play fail, then I’d say you’ve got not only an exceptionally gifted athlete on your hands, but one who defies logic itself.

Seriously, why would such a player, one who can calm their nerves and drown out the noise awaiting at the bench, need to feel such fear anyways? We all know it happens. This is when the wonderfully talented young player we coach scores a big goal and the bench staff breathes a collective sigh of relief because we’re all aware of the temperament of Dad should the player not score in a game. And we sigh because we can’t push this player any further – his parents already have him on the brink of frustration, aggravation, and fear.

But hold the phone – what about those instances where the coach instills that fear? We’ve all done it – most of us when we lacked experience early in our career.

Ask yourself: if you have to bark orders from the bench during the flow of play, haven’t you already failed?

Play the Odds

The rise of analytics in our sport has had huge implications on how we track repetitive plays in our game. For instance, tracking an individual’s fenwick (the amount of unblocked shot attempts for vs unblocked shot attempts against while a player is on the ice) for one game might yield spectacular or horrible results. Track it over the course of a season? You’ll notice trends. I know this because I’ve tracked fenwick for two seasons with my team. Over the long haul the players with whom you feel comfortable while they’re on the ice generally have more unblocked shot attempts at the opponent’s net than at your net.

The same methodology can be applied to the fine art of making mistakes. If a player is encouraged to make plays on a regular basis, then provided the talent necessary to make such plays exist and a large enough sample size those plays are going to be successful more often than not. The key is that the coach has to be alright with the occasional mistake. Believe me, if you tell the player it’s alright to make mistakes, they’ll run with it – there’s no fear from their perspective.

So, it’s not the player who has to overcome the fear of failure.

It’s the coach.

How Much Failure?

Let’s say you have a skilled defense corps that can move the puck. That’s a blanket statement – you probably have seven or eight defensemen – just stay with me for a moment. Let’s also say you’ve been working on passing to the low forward in front of your own net to break the puck out. Four of your D can accept pressure and move the puck with ease. Two of them panic and pucks bounce off skates, they wobble, or they fire rocket passes that end up on the tape of the opposing defenseman creeping in from the blue line.

It’s not going to take too long before you make adjustments. The definition of insanity is doing the same thing over and over again to the same poor results.

We’re not insane. We just work in the field.

So teach those two defensemen not to be afraid of making a different play, a simpler play, one they’re comfortable with.

 

Scott Andrew Frost is an American football coach and former player. He is currently the head coach at the University of Nebraska Huskers Men’s Football Team. Here’s Coach Frost talking about doing away with the fear of failure.

The post On Hockey, Football, & Life: Overcoming the Paralyzing Fear of Failure appeared first on Ice Hockey Coaching Tips & Drills.



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Reduced-calorie diet shows signs of slowing ageing in people

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Small portions of fish and vegetables are plated on a luxury train travelling around Andalusia.

Several studies are examining the effects of reducing calorie consumption on people’s metabolism.Credit: Carlos Sanchez Pereyra/AWL/Getty

A study of people who reduced the calories they consumed has found the strongest evidence yet that such restrictions can slow down human metabolism. The results raise hopes that a low-calorie lifestyle — or treatments that mimic the biological effects of restricted eating — could prolong health in old age and even extend life.

Past work in many short-lived animals, including worms, flies and mice, has shown that calorie restrictions reduce metabolism and extend lifespan. But experiments in longer-living humans and other primates are more difficult to conduct and have not yet drawn clear conclusions.

The study was part of the multi-centre trial called CALERIE (Comprehensive Assessment of Long term Effects of Reducing Intake of Energy), sponsored by the US National Institutes of Health. The randomized, controlled trial tested the effects of 2 years of caloric restriction on metabolism in more than 200 healthy, non-obese adults.

“The CALERIE trial has been important in addressing the question of whether the pace of ageing can be altered in humans,” says Rozalyn Anderson, who studies ageing at the University of Wisconsin–Madison. She leads one of two large, independent studies on calorie restriction in rhesus monkeys, and began her research career studying calorie restriction in yeast. “This new report provides the most robust evidence to date that everything we have learnt in other animals can be applied to ourselves.”

Precise measurements

Published on 22 March in Cell Metabolism, the latest study1 looked at 53 CALERIE participants who had been recruited at the Pennington Biomedical Research Center in Baton Rouge, Louisiana. This facility is home to 4 of the world’s 20 or so state-of-the-art metabolic chambers, which are like small, sealed hotel rooms that measure minute-by-minute the amount of oxygen that occupants use and how much carbon dioxide they exhale. This allows researchers to track how the occupants use energy with unprecedented precision, says Anderson. The ratio between the two gases, combined with analysis of nitrogen in occupants’ urine, indicates whether the occupant is burning fat, carbohydrate or protein.

The trial participants, aged between 21 and 50, were randomized into two groups: 34 people in a test group reduced their calorie intake by an average of 15%, and 19 people in a control group ate as usual. At the end of each of the two years, they all underwent a range of tests related to overall metabolism and biological markers of ageing, including damage associated with oxygen free radicals released during metabolism. They were also placed in the metabolic chamber for 24 hours.

The scientists found that participants on the diet used energy much more efficiently while sleeping than did the control group. This reduction in their base metabolic rate was greater than would be expected as a result of the test group’s weight loss, which averaged nearly 9 kilograms per participant. All the other clinical measurements were in line with reduced metabolic rate, and indicated a decrease in damage due to ageing.

Model metabolism

Caloric restriction has been known for decades to extend life in different species. In the 1990s, scientists began to identify the genes and biochemical pathways actively involved in longevity in the short-lived worm Caenorhabditis elegans, and in the fly Drosophila melanogaster. These include pathways relevant to insulin sensitivity and the function of mitochondria — tiny structures in cells that use oxygen to generate energy. Subsequent studies revealed that calorie restrictions alter similar pathways in mice and monkeys. Mice on restricted diets can live up to 65% longer than mice allowed to eat freely, and the ongoing monkey studies hint at longer survival and reduced signs of ageing.

“The Rolls-Royce of a human longevity study would carry on for many decades to see if people do actually live longer,” says Pennington physiologist Leanne Redman, the lead author of the latest study. CALERIE ran for just two years, and was designed to see whether a calorie-restricted diet in humans induces some of the same metabolic, hormonal and gene-expression adaptations that are thought to be involved in slowing ageing in other species during long-term caloric restriction.

Few people would want, or be able, to restrict their diet as severely as the participants in the study. “But understanding the biology of how restricting calories extends life will allow us to find easier ways to intervene,” says Anderson.

Redman would like to repeat the study, combining less-ambitious calorie restriction with a diet containing antioxidant food to control oxidative stress, or with a drug such as resveratrol, which mimics key aspects of calorie restriction.

Other scientists are starting to try out the effect of restricting calories for just a few days every month. Such intermittent restriction has been found to be as effective as continuous calorie restriction in protecting mice against diseases of ageing such as diabetes and neurodegeneration2. “I think that’s going to be a way to get all the benefits, without the problems of constant dieting,” says gerontologist Valter Longo of the University of Southern California in Los Angeles, who is embarking on clinical trials of intermittent calorie restriction in various disorders.

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Understanding Deep Learning Through Neuron Deletion

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By measuring network robustness in this way, we can evaluate whether a network is exploiting undesirable memorisation to “cheat.” Understanding how networks change when they memorise will help us to build new networks which memorise less and generalise more.

Neuroscience-inspired analysis

Together, these findings demonstrate the power of using techniques inspired by experimental neuroscience to understand neural networks. Using these methods, we found that highly selective individual neurons are no more important than non-selective neurons, and that networks which generalise well are much less reliant on individual neurons than those which simply memorise the training data. These results imply that individual neurons may be much less important than a first glance may suggest. 

By working to explain the role of all neurons, not just those which are easy-to-interpret, we hope to better understand the inner workings of neural networks, and critically, to use this understanding to build more intelligent and general systems.



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Steven Pinker Wants Enlightenment Now! New at Reason

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In this wide-ranging interview with Reason's Nick Gillespie, Steven Pinker explains why he thinks Pope Francis is a problem when it comes to capitalism, nuclear energy is a solution to climate change, and why libertarians need to lighten up when it comes to regulation.

Click here for full text, a transcript, and downloadable versions:

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Review of Steven Pinker’s Enlightenment Now

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It’s not every day that I check my office mailbox and, amid the junk brochures, find 500 pages on the biggest questions facing civilization—all of them, basically—by possibly the single person on earth most qualified to tackle those questions.  That’s what happened when, on a trip back to Austin from my sabbatical, I found a review copy of Steven Pinker’s Enlightenment Now: The Case for Reason, Science, Humanism, and Progress.

I met with Steve while he was writing this book, and fielded his probing questions about the relationships between the concepts of information, entropy, randomness, Kolmogorov complexity, and coarse graining, in a way that might have affected a few paragraphs in Chapter 2.  I’m proud to be thanked in the preface—well, as “Scott Aronson.”  I have a lot of praise for the book, but let’s start with this: the omission of the second “a” from my surname was the worst factual error that I found.

If you’ve read anything else by Pinker, then you more-or-less know what to expect: an intellectual buffet that’s pure joy to devour, even if many of the dishes are ones you’ve tasted before.  For me, the writing alone is worth the admission price: Pinker is, among many other distinctions, the English language’s master of the comma-separated list.  I can see why Bill Gates recently called Enlightenment Now his “new favorite book of all time“—displacing his previous favorite, Pinker’s earlier book The Better Angels of Our Nature.  If you’ve read Better Angels, to which Enlightenment Now functions as a sort of sequel, then you know even more specifically what to expect: a saturation bombing of line graphs showing you how, despite the headlines, the world has been getting better in almost every imaginable way—graphs so thorough that they’ll eventually drag the most dedicated pessimist, kicking and screaming, into sharing Pinker’s sunny disposition, at least temporarily (but more about that later).

The other book to which Enlightenment Now bears comparison is David Deutsch’s The Beginning of Infinity.  The book opens with one of Deutsch’s maxims—“Everything that is not forbidden by laws of nature is achievable, given the right knowledge”—and Deutsch’s influence can be seen throughout Pinker’s new work, as when Pinker repeats the Deutschian mantra that “problems are solvable.”  Certainly Deutsch and Pinker have a huge amount in common: classical liberalism, admiration for the Enlightenment as perhaps the best thing that ever happened to the human species, and barely-perturbable optimism.

Pinker’s stated aim is to make an updated case for the Enlightenment—and specifically, for the historically unprecedented “ratchet of progress” that humankind has been on for the last few hundred years—using the language and concepts of the 21st century.  Some of his chapter titles give a sense of the scope of the undertaking:

  • Life
  • Health
  • Wealth
  • Inequality
  • The Environment
  • Peace
  • Safety
  • Terrorism
  • Equal Rights
  • Knowledge
  • Happiness
  • Reason
  • Science

When I read these chapter titles aloud to my wife, she laughed, as if to say: how could anyone have the audacity to write a book on just one of these enormities, let alone all of them?  But you can almost hear the gears turning in Pinker’s head as he decided to do it: well, someone ought to take stock in a single volume of where the human race is and where it’s going.  And if, with the rise of thuggish autocrats all over the world, the principles of modernity laid down by Locke, Spinoza, Kant, Jefferson, Hamilton, and Mill are under attack, then someone ought to rise to those principles’ unironic defense.  And if no one else will do it, it might as well be me!  If that’s how Pinker thought, then I agree: it might as well have been him.

I also think Pinker is correct that Enlightenment values are not so anodyne that they don’t need a defense.  Indeed, nothing demonstrates the case for Pinker’s book, the non-obviousness of his thesis, more clearly than the vitriolic reviews the book been getting in literary venues.  Take this, for example, from John Gray in The New Statesman: “Steven Pinker’s embarrassing new book is a feeble sermon for rattled liberals.”

Pinker is an ardent enthusiast for free-market capitalism, which he believes produced most of the advance in living standards over the past few centuries. Unlike [Herbert Spencer, the founder of Social Darwinism], he seems ready to accept that some provision should be made for those who have been left behind. Why he makes this concession is unclear. Nothing is said about human kindness, or fairness, in his formula. Indeed, the logic of his dictum points the other way.

Many early-20th-century Enlightenment thinkers supported eugenic policies because they believed “improving the quality of the population” – weeding out human beings they deemed unproductive or undesirable – would accelerate the course of human evolution…

Exponents of scientism in the past have used it to promote Fabian socialism, Marxism-Leninism, Nazism and more interventionist varieties of liberalism. In doing so, they were invoking the authority of science to legitimise the values of their time and place. Deploying his cod-scientific formula to bolster market liberalism, Pinker does the same.

You see, when Pinker says he supports Enlightenment norms of reason and humanism, he really means to say is that he supports unbridled capitalism and possibly even eugenics.  As I read this sort of critique, the hair stands on my neck, because the basic technique of hostile mistranslation is so familiar to me.  It’s the technique that once took a comment in which I pled for shy nerdy males and feminist women to try to understand each other’s suffering, as both navigate a mating market unlike anything in previous human experience—and somehow managed to come away with the take-home message, “so this entitled techbro wants to return to a past when society would just grant him a female sex slave.”

I’ve noticed that everything Pinker writes bears the scars of the hostile mistranslation tactic.  Scarcely does he say anything before he turns around and says, “and here’s what I’m not saying”—and then proceeds to ward off five different misreadings so wild they would never even have occurred to you, but then if you read Leon Wieseltier or John Gray or his other critics, there the misreadings are, trotted out triumphantly; it doesn’t even matter how much time Pinker spent trying to ward them off.


OK, but what of the truth or falsehood of Pinker’s central claims?

I share Pinker’s sense that the Enlightenment may be the best thing that ever happened in our species’ sorry history.  I agree with his facts, and with his interpretations of the facts.  We rarely pause to consider just how astounding it is—how astounding it would be to anyone who lived before modernity—that child mortality, hunger, and disease have plunged as far as they have, and we show colossal ingratitude toward the scientists and inventors and reformers who made it possible.  (Pinker lists the following medical researchers and public health crusaders as having saved more than 100 million lives each: Karl Landsteiner, Abel Wolman, Linn Enslow, William Foege, Maurice Hilleman, John Enders.  How many of them had you heard of?  I’d heard of none.)  This is, just as Pinker says, “the greatest story seldom told.”

Beyond the facts, I almost always share Pinker’s moral intuitions and policy preferences.  He’s right that, whether we’re discussing nuclear power, terrorism, or GMOs, going on gut feelings like disgust and anger, or on vivid and memorable incidents, is a terrible way to run a civilization.  Instead we constantly need to count: how many would be helped by this course of action, how many would be harmed?  As Pinker points out, that doesn’t mean we need to become thoroughgoing utilitarians, and start fretting about whether the microscopic proto-suffering of a bacterium, multiplied by the 1031 bacteria that there are, outweighs every human concern.  It just means that we should heed the utilitarian impulse to quantify way more than is normally done—at the least, in every case where we’ve already implicitly accepted the underlying values, but might be off by orders of magnitude in guessing what they mean for our choices.

The one aspect of Pinker’s worldview that I don’t share—and it’s a central one—is his optimism.  My philosophical temperament, you might say, is closer to that of Rebecca Newberger Goldstein, the brilliant novelist and philosopher (and Pinker’s wife), who titled a lecture given shortly after Trump’s election “Plato’s Despair.”

Somehow, I look at the world from more-or-less the same vantage point as Pinker, yet am terrified rather than hopeful.  I’m depressed that Enlightenment values have made it so far, and yet there’s an excellent chance (it seems to me) that it will be for naught, as civilization slides back into authoritarianism, and climate change and deforestation and ocean acidification make the one known planet fit for human habitation increasingly unlivable.

I’m even depressed that Pinker’s book has gotten such hostile reviews.  I’m depressed, more generally, that for centuries, the Enlightenment has been met by its beneficiaries with such colossal incomprehension and ingratitude.  Save 300 million people from smallpox, and you can expect a return a lecture about your naïve and arrogant scientistic reductionism.  Or, electronically connect billions of people to each other and to the world’s knowledge, in a way beyond the imaginings of science fiction half a century ago, and people will use the new medium to rail against the gross, basement-dwelling nerdbros who made it possible, then upvote and Like each other for their moral courage in doing so.

I’m depressed by the questions: how can a human race that reacts in that way to the gifts of modernity possibly be trusted to use those gifts responsibly?  Does it even “deserve” the gifts?

As I read Pinker, I sometimes imagined a book published in 1923 about the astonishing improvements in the condition of Europe’s Jews following their emancipation.  Such a book might argue: look, obviously past results don’t guarantee future returns; all this progress could be wiped out by some freak future event.  But for that to happen, an insane number of things would need to go wrong simultaneously: not just one European country but pretty much all of them would need to be taken over by antisemitic lunatics who were somehow also hyper-competent, and who wouldn’t just harass a few Jews here and there until the lunatics lost power, but would systematically hunt down and exterminate all of them with an efficiency the world had never before seen.  Also, for some reason the Jews would need to be unable to escape to Palestine or the US or anywhere else.  So the sane, sober prediction is that things will just continue to improve, of course with occasional hiccups (but problems are solvable).

Or I thought back to just a few years ago, to the wise people who explained that, sure, for the United States to fall under the control of a racist megalomaniac like Trump would be a catastrophe beyond imagining.  Were such a comic-book absurdity realized, there’d be no point even discussing “how to get democracy back on track”; it would already have suffered its extinction-level event.  But the good news is that it will never happen, because the voters won’t allow it: a white nationalist authoritarian could never even get nominated, and if he did, he’d lose in a landslide.  What did Pat Buchanan get, less than 1% of the vote?

I don’t believe in a traditional God, but if I did, the God who I’d believe in is one who’s constantly tipping the scales of fate toward horribleness—a God who regularly causes catastrophes to happen, even when all the rational signs point toward their not happening—basically, the God who I blogged about here.  The one positive thing to be said about my God is that, unlike the just and merciful kind, I find that mine rarely lets me down.

Pinker is not blind.  Again and again, he acknowledges the depths of human evil and idiocy, the forces that even now look to many of us like they’re leaping up at Pinker’s exponential improvement curves with bared fangs.  It’s just that each time, he recommends putting an optimistic spin on the situation, because what’s the alternative?  Just to get all, like, depressed?  That would be unproductive!  As Deutsch says, problems will always arise, but problems are solvable, so let’s focus on what it would take to solve them, and on the hopeful signs that they’re already being solved.

With climate change, Pinker gives an eloquent account of the enormity of the crisis, echoing the mainstream scientific consensus in almost every particular.  But he cautions that, if we tell people this is plausibly the end of civilization, they’ll just get fatalistic and paralyzed, so it’s better to talk about solutions.  He recommends an aggressive program of carbon pricing, carbon capture and storage, nuclear power, research into new technologies, and possibly geoengineering, guided by strong international cooperation—all things I’d recommend as well.  OK, but what are the indications that anything even close to what’s needed will get done?  The right time to get started, it seems to me, was over 40 years ago.  Since then, the political forces that now control the world’s largest economy have spiralled into ever more vitriolic denial, the more urgent the crisis has gotten and the more irrefutable the evidence.  Pinker writes:

“We cannot be complacently optimistic about climate change, but we can be conditionally optimistic.  We have some practicable ways to prevent the harms and we have the means to learn more.  Problems are solvable.  That does not mean that they will solve themselves, but it does mean that we can solve them if we sustain the benevolent forces of modernity that have allowed us to solve problems so far…” (p. 154-155)

I have no doubt that conditional optimism is a useful stance to adopt, in this case as in many others.  The trouble, for me, is the gap between the usefulness of a view and its probable truth—a gap that Pinker would be quick to remind me about in other contexts.  Even if a placebo works for those who believe in it, how do you make yourself believe in what you understand to be a placebo?  Even if all it would take, for the inmates to escape a prison, is simultaneously optimism that they’ll succeed if they work together—still, how can an individual inmate be optimistic, if he sees that the others aren’t, and rationally concludes that dying in prison is his probable fate?  For me, the very thought of the earth gone desolate—its remaining land barely habitable, its oceans a sewer, its radio beacons to other worlds fallen silent—all for want of ability to coordinate a game-theoretic equilibrium, just depresses me even more.

Likewise with thermonuclear war: Pinker knows, of course, that even if there were “only” an 0.5% chance of one per year, multiplied across the decades of the nuclear era that’s enormously, catastrophically too high, and there have already been too many close calls.  But look on the bright side: the US and Russia already reduced their arsenals dramatically from their Cold War high.  There’d be every reason for optimism about continued progress, if we weren’t in this freak branch of the wavefunction where the US and Russia (not to mention North Korea and other nuclear states) were controlled by authoritarian strongmen.

With Trump—for how could anyone avoid him in a book like this?—Pinker spends several pages reviewing the damage he’s inflicted on democratic norms, the international order, the environment, and the ideal of truth itself:

“Trump’s barefaced assertion of canards that can instantly be debunked … shows that he sees public discourse not as a means of finding common ground based on objective reality but as a weapon with which to project dominance and humiliate rivals.”

Pinker then writes a sentence that made me smile ruefully: “Not even a congenital optimism can see a pony in this Christmas stocking” (p. 337).  Again, though, Pinker looks at poll data suggesting that Trump and the world’s other resurgent quasi-fascists are not the wave of the future, but the desperate rearguard actions of a dwindling and aging minority that feels itself increasingly marginalized by the modern world (and accurately so).  The trouble is, Nazism could also be seen as “just” a desperate, failed attempt to turn back the ratchet of cosmopolitanism and moral progress, by people who viscerally understood that time and history were against them.  Yet even though Nazism ultimately lost (which was far from inevitable, I think), the damage it inflicted on the way out was enough, you might say, to vindicate the shrillest pessimist of the 1930s.

Then there’s the matter of takeover by superintelligent AI.  I’ve now spent years hanging around communities where it’s widely accepted that “AI value alignment” is the most pressing problem facing humanity.  I strongly disagree with this view—but on reflection, not because I don’t think AI could be a threat; only because I think other, more prosaic things are much more imminent threats!  I feel the urge to invent a new, 21st-century Yiddish-style proverb: “oy, that we should only survive so long to see the AI-bots become our worst problem!”

Pinker’s view is different: he’s dismissive of the fear (even putting it in the context of the Y2K bug, and people marching around sidewalks with sandwich boards that say “REPENT”), and thinks the AI-risk folks are simply making elementary mistakes about the nature of intelligence.  Pinker’s arguments are as follows: first, intelligence is not some magic, all-purpose pixie dust, which humans have more of than animals, and which a hypothetical future AI would have more of than humans.  Instead, the brain is a bundle of special-purpose modules that evolved for particular reasons, so “the concept [of artificial general intelligence] is barely coherent” (p. 298).  Second, it’s only humans’ specific history that causes them to think immediately about conquering and taking over, as goals to which superintelligence would be applied.  An AI could have different motivations entirely—and it will, if its programmers have any sense.  Third, any AI would be constrained by the resource limits of the physical world.  For example, just because an AI hatched a brilliant plan to recursively improve itself, doesn’t mean it could execute that plan without (say) building a new microchip fab, acquiring the necessary raw materials, and procuring the cooperation of humans.  Fourth, it’s absurd to imagine a superintelligence converting the universe into paperclips because of some simple programming flaw or overliteral interpretation of human commands, since understanding nuances is what intelligence is all about:

“The ability to choose an action that best satisfies conflicting goals is not an add-on to intelligence that engineers might slap themselves in the forehead for forgetting to install; it is intelligence.  So is the ability to interpret the intentions of a language user in context” (p. 300).

I’ll leave it to those who’ve spent more time thinking about these issues to examine these arguments in detail (in the comments of this post, if they like).  But let me indicate briefly why I don’t think they fare too well under scrutiny.

For one thing, notice that the fourth argument is in fundamental tension with the first and second.  If intelligence is not an all-purpose elixir but a bundle of special-purpose tools, and if those tools can be wholly uncoupled from motivation, then why couldn’t we easily get vast intelligence expended toward goals that were insane from our perspective?  Have humans never been known to put their intelligence in the service of goals that strike many of us as base, evil, simpleminded, or bizarre?  Consider the phrase often applied to men: “thinking with their dicks.”  Is there any sub-Einsteinian upper bound on the intelligence of the men who’ve been guilty of that?

Second, while it seems clear that there are many special-purpose mental modules—the hunting instincts of a cat, the mating calls of a bird, the pincer-grasping or language-acquisition skills of a human—it seems equally clear that there is some such thing as “general problem-solving ability,” which Newton had more of than Roofus McDoofus, and which even Roofus has more of than a chicken.  But whatever we take that ability to consist of, and whether we measure it by a scalar or a vector, it’s hard to imagine that Newton was anywhere near whatever limits on it are imposed by physics.  His brain was subject to all sorts of archaic evolutionary constraints, from the width of the birth canal to the amount of food available in the ancestral environment, and possibly also to diminishing returns on intelligence in humans’ social environment (Newton did, after all, die a virgin).  But if so, then given the impact that Newton, and others near the ceiling of known human problem-solving ability, managed to have even with their biology-constrained brains, how could we possibly see the prospect of removing those constraints as a narrow technological matter, like building a faster calculator or a more precise clock?

Third, the argument about intelligence being constrained by physical limits would seem to work equally well for a mammoth or cheetah scoping out the early hominids.  The mammoth might say: yes, these funny new hairless apes are smarter than me, but intelligence is just one factor among many, and often not the decisive one.  I’m much bigger and stronger, and the cheetah is faster.  Of course we know what happened: from wild animals’ perspective, the arrival of humans really was a catastrophic “singularity,” comparable to the Chicxulub asteroid (and it’s far from over), albeit one that took between 104 and 106 years depending on when we start the clock.  Over the short term, the optimistic mammoths would be right: pure, disembodied intelligence can’t just magically transform itself into spears and poisoned arrows that render you extinct.  Over the long term, the most paranoid mammoth on the tundra couldn’t imagine the half of what the new “superintelligence” would do.

Finally, any argument that relies on human programmers choosing not to build an AI with destructive potential, has to contend with the fact that humans did invent, among other things, nuclear weapons—and moreover, for what seemed like a morally impeccable reason at the time.  And a dangerous AI would be a lot harder to keep from proliferating, since it would consist of copyable code.  And it would only take one.  You could, of course, imagine building a good AI to neutralize the bad AIs, but by that point there’s not much daylight left between you and the AI-risk people.


As you’ve probably gathered, I’m a worrywart by temperament (and, I like to think, experience), and I’ve now spent a good deal of space on my disagreements with Pinker that flow from that.  But the funny part is, even though I consistently see clouds where he sees sunshine, we’re otherwise looking at much the same scene, and our shared view also makes us want the same things for the world.  I find myself in overwhelming, nontrivial agreement with Pinker about the value of science, reason, humanism, and Enlightenment; about who and what deserves credit for the stunning progress humans have made; about which tendencies of civilization to nurture and which to recoil in horror from; about how to think and write about any of those questions; and about a huge number of more specific issues.

So my advice is this: buy Pinker’s book and read it.  Then work for a future where the book’s optimism is justified.



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Excerpts from upcoming Tiger Woods biography released… and they’re shocking

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If you haven’t heard, there’s a Tiger Woods biography looming large on the horizon. Nary a week from the release of Armen Ketayian and Jeff Benedict’s Tiger Woods, the excerpts are predictably trickling out in that precisely calibrated flow that’s sure to tease just enough of the content enough the book to bump sales, but leave readers hungry for more.

Thus, we can assume the excerpts we’re privy to, and every outlet is eagerly covering, aren’t among the 10 best in the book. Example: Ketayian has said explicitly he won’t discuss anything related to Woods’ potential PED use, but has deftly indicated there is a chapter in the book devoted to the topic.

Anyway, here’s what we’re looking at so far (and they’re not for the faint of heart).

An excerpt detailing Woods and company’s efforts to get Bill Clinton to appear at the 2006 opening of the Tiger Woods Learning Center, including some memorably bad behavior from Woods.

The most eye-popping portion describes Woods and Clinton meeting for a round of golf ahead of the opening.

“On the day before the official opening of the learning center, Woods met Clinton, Doug Band, sports agent Arn Tellum and Wasserman for the promised round of golf at Shady Canyon Country Club in Irvine. Tiger was having breakfast with McLaughlin in the clubhouse when Tellum and Wasserman approached. At that point, Woods had never met either man. Dispensing with introductions, Tiger wanted to know if the president had arrived. When told Clinton was on his way, Woods replied with a straight face, “I can’t wait to talk about [expletive].”

“The situation got even more awkward after Clinton arrived. Tiger’s behavior did nothing to bridge the gap between him and Clinton. At the outset, Clinton started carrying on, monopolizing the conversation, as he was known to do, before Woods interrupted and said, “How do you remember all that [expletive]?” Once they got onto the course, Tiger acted completely indifferent to the entire group, mostly riding alone in his cart and spending an inordinate amount of time on his phone. After finishing a hole, he would routinely exit the green while others were still putting, a major breach of golf etiquette. When the president hit a wayward drive, Woods snickered. He also told a series of off-color jokes.”

Next, there’s an excerpt looking at Woods 1995 U.S. Amateur, some notable remarks from Earl, and Tim Rosaforte’s decision not to report said remarks and potentially damage the blooming Woods mythos.

“How do you like this, Bobby Jones?” Earl said, hoisting the trophy above his head as if it were his. “A black man is the best golfer who ever lived.” Everyone stopped clapping, and an awkward silence amplified Earl’s voice. “Bobby Jones can kiss my son’s black [expletive],” Earl continued…”

“…Rosaforte faced a dilemma. If he wrote verbatim what Earl had said, the ramifications would be potentially devastating for Tiger. In addition to being difficult to explain, Earl’s racially inflammatory comments could unfairly stigmatize Tiger, prompting corporate America to hesitate when considering whether to sign him as a spokesman once he turned pro. Instead, Rosaforte handled the situation with class, choosing not to complicate Tiger’s future.”

Benedict and Ketayian also did a Q&A, which includes a couple of interesting responses.

Q: In the 1996 U.S. Amateur final, Tiger was 2 down with three holes to play and had a six-footer to win the 34th hole. (Tiger had moved his ball marker on the green to accommodate his opponent, Steve Scott, who had made a tough par putt.) You report that as Tiger prepared to putt for birdie to cut the lead to 1 up, Scott stopped him and asked if he’d replaced his mark to its previous spot. (“Woods immediately paused, stood up, and reset his ball to the correct spot.”) If Tiger had putted without doing so, he would have lost the hole and the match. Tiger made the birdie putt and went on to win the title, but you report that he didn’t thank Scott or acknowledge his action. What did Scott think of that, then and now?

A: It’s fair to say that Steve Scott was deeply disappointed at the time. So was his caddie, Kristi Hommel, who is now his wife. It was a pretty bruising loss for Scott, and the lack of acknowledgment from Tiger was hurtful. However, when Tiger complimented Steve for his sportsmanship on the 20th anniversary of the match, his words went a long way to mending the past.

Additionally, for those wondering about Woods’ gambling prowess, he’s hardly a whale, apparently.

Q: You report that at one point, Tiger was one of about 100 people in the country who had a $1 million line of credit with the MGM Grand in Vegas, and that at blackjack he would “routinely play $20,000 a hand, often two or more hands at a time.” What kind of a gambler was he?

A: A very good one. Competitive, with a mind for numbers. A “sharp,” in Las Vegas parlance, meaning he won more than he lost. It wasn’t unusual for him to walk away with $500,000 in winnings. And he rarely if ever chased big losses. Gamblers are rarely described as “disciplined,” but that fits Tiger.

So there you have, it GolfWRX members. Check out the full excerpts, and let us know what you think. We’ll have a full review of the book once it hits the shelves, and likely more content related to other notable morsels making the rounds.

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Tesla Model 3 Review: The Best Electric Car You Can't Buy

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The Model 3 is supposed to be Tesla’s humdrum car, the everyday, cut-price offering to the masses. Not the sort of thing that impresses Angelenos, so blasé about celebrities and rich kids valeting their supercars at restaurants. In LA, it takes a special vehicle to stand out.

Yet, as I’m driving around town in a (bright red) Model 3, I feel unusually conspicuous, attracting the eyes of passers-by, some of them walking into traffic for a closer look. Friends want a ride. Other Tesla owners come up to me to chat while charging. Surely, some of them are among the 450,000 people who have already put down a $1,000 deposit for the right to buy this car. And it turns out that driving one of the most anticipated vehicles, ever, is enough to shake these seen-it-all Angelenos to attention.

The real question is whether it lives up to the hype, to Elon Musk’s promise that this is the car for everyone. That’s what I wanted to find out, using the Model 3 to tool around LA, to hit freeways and winding roads, to traverse the desert and climb snow-covered mountains.

City Slicker

The car Tesla lent me to test is one of the first-production versions, and costs $57,000 when loaded with the currently non-optional options, including the premium package and long range battery. The first thing I did was look for misaligned panels, and try some speed humps to check for the squeaks and rattles that have plagued Model 3 buyers. I found none, but figure Tesla has given this loaner some extra scrutiny.

The automaker had similar quality control issues with early Model S and X production, and has mostly ironed those out. It’s fair to expect Musk & Co. will do the same here. So maybe driving this Model 3 is a bit like living in the future—this neatly finished model is the car Tesla wants to build for everyone. Eventually.

Heading to work in LA traffic means plenty of switching lanes to weave around the slow pokes, and that’s easy in the Model 3, which feels nimble. The steering takes just one full turn, lock to lock, and feels super responsive. And it is very much a Tesla, with body-smooshing acceleration. It can’t out-sprint the top-end Model S, but its 5.1-second 0 to 60 mph time makes it quicker than cars like the VW Golf GTi and BMW’s 330i.

A space to stop is also never easy to find in LA, but Tesla’s Autopark system helps. I drive slowly past a gap, tap a pop-up icon on the touchscreen, and watch the car fold itself into a tight parallel space. It’s scary at first—“watch the wheels”, I found myself yelling at the touchscreen—but, much as it pains me to admit it, it’s probably better at parking than I am.

Tesla

Extreme Minimalism

If your friends are anything like mine, they’ll be most interested in the Model 3’s interior, whose minimal design would make Patrick Bateman’s New York apartment look cluttered. Tesla chucked out all the buttons, along with the instrument panel, traditional home of things like the speedometer. Every function in the Model 3 is controlled via, or displayed on, a centrally mounted 15-inch touchscreen.

I’m typically a fan of physical buttons, which are easy to find with minimal eyes-off-the-road time, and was apprehensive about Tesla’s extremist approach. But some modern cars have so many buttons across the dash and the steering wheel they look like a Yamaha synthesizer threw up, often with information split across several little screens. If designers insist on a screen, it should be like the Model 3’s: huge, high resolution, easy to read in sunlight, and smoothly responsive to touch, supporting gestures like pinch to zoom on the map. I found that most virtual buttons I needed (adjusting Autopilot speed, or the interior temperature) fell easily under hand, with my elbow on the center armrest for stability.

Glancing to the right to read the speed is a little odd, but I got used to it. Stranger is the blackness in front of the steering wheel at night. Everything on the left-hand side of the screen is easy to read, including the speedometer and Autopilot info. The stuff on the far right, like the turn-by-turn directions, requires a long glance away from the road, and is harder to see. Tesla is working on over-the-air software improvements to the interface, so that issue might be addressed in an update. It has already responded to complaints about the windshield wiper controls being hard to find, and made them more prominent.

Tesla

Charging is easy if you have a 220-volt outlet, the type you might use for a clothes dryer, in your garage. The car comes with an extension cord and mobile charger. That means I could leave every morning, with a full battery and the advertised 310 miles of range. The cheaper battery, when it’s available, will be good for 220 miles. If you live in an apartment, or park on the street, you’re going to have to plan more carefully. Same deal if you want to take a road trip—which I did.

Road Trippin'

On Saturday morning, after a couple of days of LA life with the Model 3, I use the Tesla app on my phone to pop open the frunk (Tesla’s regrettable term for the place other automakers put their engines) and stow my suitcase. I type “Palm Springs, California” into the navigation system. Based on Google Maps, with Tesla’s guidance on top, it’s one of the easiest to use I’ve seen in any car. I only got annoyed when, thanks to a bug, it showed the road conditions on one part of my journey as green, then jumped to a more realistic deep red when I was already trapped in traffic and zoomed in to check more closely.

On the 10 freeway, it’s time to try Autopilot, a $5,000 option, that I’m willing to bet every owner takes. The stalk on the right hand of the steering wheel that shifts between drive, reverse, and park, also turns on the semi-autonomous features, with a double tap down. Autopilot keeps the car in its lane, and a fixed distance from the car in front. It’ll brake to a full stop, and then set off again, which makes it super-convenient in this inexplicable weekend traffic. It handles straight roads well, but is less confident in corners, even gentle ones on the freeway. It’ll change lanes automatically, if rather abruptly, after I check that the coast is clear and press on indicator stalk in the direction I want to go. (As I returned the Model 3, I discovered Model S and X cars just started getting an update to their Autopilot software which drivers report improves it dramatically. The 3 is likely to get that too.)

Tesla stresses Autopilot is a driver aid, not replacement, and requires that you keep your hands on the wheel. Let go for too long and the screen starts flashing to tell you to get a grip. I found the warning triggered even when I had my hands resting gently on the wheel. Cadillac’s Super Cruise system, which tracks the position of the driver's head, is smarter.

LA to Palm Springs a 112-mile trip, so, technically, I can make it there and back on a single charge. But I want the option of driving around when I get there, and I’m turning up the AC up notch by notch as the temperature outside rises, which uses battery. (Even the front air vent flow is moved around by the touchscreen.)

So I decide to stop at one of Tesla’s Supercharger sites. Tesla is expanding its fast charger network to include more urban locations, instead of just having them spaced along freeways for long-distance travel. Even more than Autopilot and super-sized screens, this is Tesla’s top selling point. No other electric vehicle has such easy access to high-speed charging. I identify one of these newly opened stations in Riverside, California, a little over half-way to Palm Springs.

Urban Exploring

Charging an electric car, even at a Supercharger, takes a lot longer than filling a tank with gas. (Tesla says you can add 170 miles of range in 30 minutes.) To put a positive spin on my stop, I decide to be play the tourist. For 10 years I’ve sped past Riverside on the freeway, never giving it a second thought. On this trip, I pick up a walking guide, and discover a beautiful, historic, downtown. Fun the first time, but it could get boring on future trips. (City planners take note: Installing chargers will attract visitors.)

Unlike the Model S and Model X, which still typically come with at least some free supercharging, for the 3, Tesla now charges for the right to plug in. For me, in California, it's $0.26 per kWh. That means a charge from empty to full costs $19.50. If you charge at home, overnight, it's likely cheaper. And it's still a lot less than you pay to put gas in the tank.

Leaving Riverside with 300 miles of range means I arrive in Palm Springs with 250 to spare. That’s more than the range the Chevrolet Bolt has when full. It might cost $9K, but the battery capacity in this more expensive Model 3 is a revelation. It means I quickly have more confidence to go farther without worrying about where the nearest charger is. In other electrics, I keep one eye on the range meter.

And it means I’m brave enough to throw in a 60-mile detour on the way home, with a 6,000 feet elevation climb, on a high-speed twisty (and fun!) route. The Model 3 keeps up with a Porsche Cayman whose driver was enjoying the same roads, and felt planted through the corners thanks to the low center of gravity created by the battery under the floor. Zooming through the mountain roads is so quiet and effortless I find myself wishing for some paddle-shifters so I could blip my engine and downshift into corners too, just to add some drama. (Hey Elon, can we get some sound effects with the next software update?)

California’s Palms to Pines highway leads me from the desert into areas of the San Jacinto mountains that had a light dusting of snow. The Model 3, even in its current rear-drive configuration handles it well, cutting power to save traction. The upcoming dual motor, all-wheel drive version will likely be even better. Now the temperature is dropping, but the seat heaters get super warm, super fast … as long as you’re in the front. Tesla hasn’t yet designed a button for the touchscreen to turn on the heaters in the rear seats. (That’s coming soon, with a software update.)

Future Gazing

The Model 3 is the vehicle Tesla designed for the future, and for fully autonomous driving, with a suite of cameras around the outside and a small supercomputer onboard. Whether that's possible without the addition of lidar laser sensors is still up in the air (Elon Musk says yes, most everyone else says no). But if it is, then the clever touches like using your phone to unlock the car, the lack of physical controls, and even the artificially intelligent auto wipers, start to make sense. They all mean a computer could assume control easily, drive autonomously, and possibly pick up paying passengers.

The physical car is well engineered, styled, and has great performance. I get an average of four miles out of every kWh of battery, including high-speed freeway and mountain road driving. That makes this also one of the most efficient electrics, beating Tesla’s other machines.

The virtual side is less solid. If you’re bored of me mentioning software updates, the Model 3 isn’t a car for you. Accepting you’re driving a work-in-progress is part of Tesla ownership, as is patience. The company initially said it would build 5,000 cars a week by the end of last year, but in its last update, revised that target to June 2018.

The backlog of pre-orders is years long, even if Musk hits his most ambitious production goals (he rarely does). But in this case, waiting may be a good thing. It'll give Tesla some time to iron out early production bugs, and to introduce more options, so the Model 3 can live up to its potential as the best, affordable, electric car that you can’t buy. Not yet, anyway.


An Electric Future



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Lindgren Looking to Make Jump to Rangers

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To anyone who has not followed the New York Rangers closely this season (or is living under a rock), a quick glance at their current roster might be awfully confusing. If not to specifically question where familiar faces like Rick Nash, Michael Grabner, and Ryan McDonagh have gone—all off to participate in runs at Lord Stanley’s glory this spring in unfamiliar new uniforms—then perhaps to question who exactly this troupe of young and hopeful players are that have seemingly replaced them.

The Rangers’ blue line has been particularly transformed in the wake of a blockbuster deadline deal that sent McDonagh—the club’s 27th captain in history—to the Tampa Bay Lightning. The aftermath of that trade has paved a proverbial path for youngsters like Neal Pionk, John Gilmour, and Rob O’Gara to make lasting impressions designed to earn them the right to pull on Rangers sweaters all next season.

According to Michael Russo of The Athletic’s Minnesota chapter, another name could soon be added to what promises to be a highly-competitive mixture of rearguards fighting to make the cut: Ryan Lindgren.

Lindgren Would Add Unique Element to Rangers

The Rangers acquired the rights to Lindgren—selected 49th overall by the Boston Bruins in 2016—as part of the larger-than-expected trade that sent Nash to the Bs a day before the trade deadline this year. According to Larry Brooks of the New York Post, up until yesterday, it was expected the sophomore would return to the University of Minnesota for his junior year. An apparent desire to turn pro early has seemingly changed those plans, with Russo reporting he could sign as soon as this Friday.

At 6-foot, 198 pounds, Lindgren projects as a physical two-way defenseman, esteemed for his leadership skills both on and off the ice. He was one of three key young players not playing professionally that The Hockey Writers’ Dave Rogers isolated on recently. He also caught the eye of THW’s Dan Bahl back in January:

“His track record of leadership shows maturity, which is important for a transition to the pro game. He plays at an elite level in his own zone. He’s adapted to the college game extremely well, and has become one of the best defensive defensemen in the nation as only a sophomore.”

“I’d say I’m a tough defenseman,” Lindgren told Matt Calamia of NHL.com back on March 2. “I’m more of a shutdown guy. I go against the other team’s top line and try and shut them down. I’m a good passer out of the defensive zone. My game is going to be physical. I’m going to be tough to play against and I’m going to be a leader. I’ve worn a letter in most places I’ve gone.”

Physical, indeed!

That physicality is certainly something Rangers assistant general manager Chris Drury can appreciate. In speaking to Calamia following the deal, he noted that regarding amateur players, “it’s a piece of the puzzle, the leadership and the character.”

“He’s a gritty guy that blocks pucks and goes into the trenches. He’s got that great mixture of what we want to have going forward,” Drury also said of the youngster.

Lindgren a Longshot But Has Earned Opportunity

Should the deal be completed as Russo reported, Lindgren would join a long list of left-side defensemen under contract to the Blueshirts. That group currently includes Brady Skjei, Marc Staal, the aforementioned O’Gara and John Gilmour, as well as Brendan Smith, who faces a tough climb back to the NHL after an especially poor first half with the Rangers resulted in his being waived and reassigned to the Hartford Wolf Pack in early February.

Ryan Lindgren, USA Hockey

Ryan Lindgren (Rena Laverty/USA Hockey)

But this kind of depth is precisely the atmosphere the Rangers should benefit from by creating a highly competitive culture heading into next season’s training camp. For a prospect of Lindgren’s caliber, it may even be ideal in helping to raise his game by highlighting his brand of physical hockey and vocal leadership – anachronistic as they may be when juxtaposed against the NHL’s speed-and-skill bonanza.

Though he could dress for the Rangers upon signing an entry-level contract, he can’t do so without burning the first year of his deal – a practice the Rangers have been keen on not doing this season as they prepare to rebuild.

Yet even if Lindgren fails to crack the Rangers’ lineup out of training camp next season, he’d just as soon be a welcomed addition to a transforming Wolf Pack defense group. The Pack are in their first full season under the leadership of Drury, who just eight months after being named Rangers’ assistant general manager was subsequently named Hartford’s general manager last May.

Being unlikely to play for the Rangers before next season, Lindgren could join the Pack for the remainder of their season by signing a Professional Tryout (PTO) contract. Hartford is unlikely to qualify for the AHL playoffs, but by signing a PTO, Lindgren could give both Drury and the Rangers an early look at what they were so excited to have acquired in the first place.

The post Lindgren Looking to Make Jump to Rangers appeared first on The Hockey Writers.



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