The Workout The World Forgot

Saturday, January 1st, 2011

Erwan Le Corre demonstrates the workout the world forgot:

(I can’t help but point out that his Kimura arm-lock could use more hip rotation and less arm movement.)

Le Corre has seen parkour and CrossFit take off, and now he’s branding his system as MovNat — but he admits that it’s an old, old idea:

Haberey’s urban antics helped kick off the parkour craze, but Le Corre, like most of his followers, eventually grew disillusioned. “I supported him for a while,” Le Corre says, “but it turned into a cult of his personality. It became too dark and underground, all about helping him, not others.”

For a few years, Le Corre delved into endurance sports, competing in Ironman-distance triathlons while supporting himself with odd jobs, including making soap and men’s jewelry. But turning himself into a perpetual-motion machine wasn’t his raison d’être, either. Finally, in 2004, he stumbled upon an online comment about Methode Naturelle, an obscure training manual published in 1912 by Georges Hébert, a French naval officer. The book featured black-and-white photos of robust young men in briefs performing all kinds of primal-movement exercises: jumping, running, swimming, climbing, etc.

“I was like What?! This is exactly what I was doing before, but this guy had given it a name,” says Le Corre. “He had systematized it, and I thought, That’s the way to go.”

Hébert’s motto was “Being strong to be useful,” a concept largely inspired by the defining event of his life. On May 8, 1902, Hébert was stationed on the Sughet, a naval ship just offshore of Saint-Pierre, on the island of Martinique, during the infamous eruption of Mount Pelée. In minutes, the blast flash-fried most of the town’s 30,000 citizens, searing them with pyroclastic ash before burying them in tsunamis of mud. Amid the carnage, Hébert and his shipmates were credited with saving some 700 lives, pulling from the sea scalded men, women, and children, some of whom had been blown hundreds of feet through the air by the blast.

Preparing your body and mind for real-world, life-or-death applications is at the root of MovNat. Our workshop activities (throw a rock, climb a tree) may seem random, but they’re intended to cultivate what Le Corre refers to as “selective tension,” a kinetic reaction in which muscles relax and contract in patterns that help you move efficiently, especially in unpredictable situations. To underscore their practical value, Le Corre would often cite imagined modern-day scenarios during our training. “What if you had to pull someone from a burning building?” he asks one morning. “Or a flood,” Verdier adds. “Sometimes survival comes down to who can run up a flight of stairs and who can’t.”

Oregon’s Speed-Freak Football

Monday, December 6th, 2010

Oregon’s speed-freak football starts on the practice field:

Oregon does no discrete conditioning during practice, no “gassers” — the sideline-to-sideline sprints that are staples in many programs — and no “110s” — sprints from the goal line to the back of the opposite end zone. The practice itself serves as conditioning. Just as they do during games, Oregon’s players run play after play — offensive sets; punt and kickoff returns and coverages; field goals; late-game two-minute drills — but at a pace that exceeds what they can achieve on Saturdays. Nick Aliotti, Oregon’s defensive coordinator, explained that the team can go even faster in practice because the “referees” — student managers sprinting around in striped shirts — spot the ball faster than any real game official would.

Trying to reach (or exceed) competition speed in training is a common goal across a range of sports. I once asked Bob Bowman, the longtime coach of Michael Phelps, why Phelps did not swim the languorous distance sets that were part of some other competitors’ regimens. “We don’t want him to swim slow in meets,” he said, “so why would we have him practice swimming slow?” John Wooden, the legendary U.C.L.A. basketball coach, was known for fast-paced practices that reduced the need for aerobic training.

But in more traditional settings, what slows things down is the impulse of coaches to stop the action and be heard. To instruct and correct. Coaches , after all, get into the business because they love a sport and want to see it played right. They have limited control during a game. Practice is when they can stop time and choreograph perfection.

Imagine the following, which you would see at a typical football practice across nearly any level: An offensive-line coach wades in after a play, puts his hands on the shoulder pads of his big left tackle and tries to correct the angle on his block or some subtle aspect of his footwork. Another play is run, and the coach says, “Better,” but he wades back in to make another small adjustment. That’s how a crisp two-hour practice becomes a three-hour ordeal.

It doesn’t happen at Oregon. Coaches sometimes pull players from the field for quick talks, but first they send in substitutes, and the plays keep on rolling. They look back at the films from each practice — identify mistakes — and then point them out in early-evening players’ meetings, which are also short.

This style has been easier for Kelly’s players to adjust to than for his coaches, most of whom have spent many more years than he has at the major college level. Aliotti, the defensive coordinator, is 56 and in his third stint on the Oregon staff. He has also coached in the N.F.L. “It’s insanity for a coach,” he said when we talked one morning after practice. “You’ve got the music blasting, you look around and your kids are dancing and you don’t want to stop the fun. But when you’re an old-school guy like me, it takes patience and change, because you want to make yourself heard. I want to correct a guy, but we’re already on to the next play. Don’t get me wrong. This has been good for us as a team. But I have to be real with you. It’s still hard for me.”

This lets them push the pace on the playing field:

College-football offenses have become more wide open in recent years, but the highest-scoring attacks tend to rely mainly on the forward pass. They are aerial circuses, like Texas Tech under former Coach Mike Leach, whose celebrated spread offense from 2000 to 2009 was so pass-first that his quarterback, in 2003, averaged about 60 pass attempts and 486 passing yards per game. By contrast, Oregon was leading the nation in scoring through 10 games this season with an attack almost evenly split between passing and rushing attempts. The run plays — because receivers are not spread all over the field at the end of a play — allow the Ducks to scramble back to the line of scrimmage and quickly snap the ball again. And Oregon sequences its plays and formations in such a way that it can push the tempo even after pass attempts. The running-backs coach, Gary Campbell, told me that if a receiver on the right side of a formation is sent on a crossing pattern to the other side of the field, Oregon coaches have already planned a formation for the next play that keeps him on the side of the field where he finished.

Virtually Prepared

Monday, November 29th, 2010

BBC’s TopGear decided to conduct an experiment recently, putting, in its own words, the undisputed grandmaster of iRacing — a fiendishly difficult driving simulator that recreates the exact physics of scores of race cars and circuits from around the world — into a real Star Mazda racer to see how he’d do:

He’s a humble bloke, a quiet 30-year-old with a hint of podge around the midriff and, if we’re honest, everywhere else too. Despite the cameras and attention, he doesn’t strut like a superstar. Instead his head is bowed, his words softly spoken. He appears thoughtful — analytical, measured — and as he digests instructions, he simulates a gearchange and angles the wheel, like he’s sat here a hundred times before. Which he has. Virtually.

After one installation lap to check everything’s working, he starts his first flyer. All eyes turn to the final corner, a swooping downhill-right with a vicious wall on the outside, ready to collect understeery mishaps. Here comes Greger. The engine revs high and hard and his downshifts sound perfectly matched. Then he comes into sight and, to the sound of many sucked teeth, absolutely bloody nails it through the bend, throttle balanced, car planted. His only hiccup is a late upshift, that has the rotary engine blatting off its limiter. “Time to crank up the revs,” says Alan. “He’s quick.”

The telemetry confirms it. His braking points are spot on. He’s firm and precise on the throttle. And in the fastest corner, he’s entering at 100mph compared to an experienced driver’s 110 — a sign of absolute confidence and natural feel for grip. Remember, this is a guy who has never sat in a racing car in his life — he’s only referencing thousands of virtual laps. Then, on lap four, he pops in a 1:24.8, just three seconds off a solid time around here. He reckons the car feels more grippy than it does online, but that’s probably down to set-up and baking-hot tarmac. It’s a weirdly familiar experience, he says, like déjà vu… with added sweat.

So the computer simulation prepared him quite well — but the computer can’t mimic every element o the racing experience:

The air temperature is 34 degrees [Celsius]; in the cockpit, it’s probably closer to 45. It’s just too extreme for the increasingly sickly looking bloke from the Arctic. Then there’s the g-forces. Road Atlanta is a bucking, weaving, undulating place, where your tummy floats over crests, then smashes into your intestines through compressions. This is another first for Greger. He’s never been on a rollercoaster, or even in a fast road car. In fact, the quickest he’s ever been was on the flight over here, which also happened to be his first plane ride. Which would explain why, as he hurtles down the back straight at 100 mph, he throws up, right inside his helmet. When he rolls into the pits, little flecks of sick roll down his visor and his overalls are soggy around the neck.

He’s feeling woozy, but after some motion sickness pills, we coax him back into the car. “You’re doing a great job, much quicker than I thought,” Alan tells him. “Now let’s zone in on those shifts — keep them sweet.” Each time around, he gets smoother, employing a progressive technique and lapping faster and faster. But with every bump and turn, the physical forces inflict themselves on Greger’s ill-equipped body. He’s getting stretched and squeezed. At times his head weighs double. Now you know why F1 drivers have neck muscles like dock ropes and the metabolism of a gun-dog.

It’s easy to forget that race-car drivers are elite athletes.

Convenience Store Diet

Wednesday, November 10th, 2010

For 10 weeks, Mark Haub, a professor of human nutrition at Kansas State University, ate a convenience store diet of junk food — Twinkies, Little Debbie snack cakes, Doritos, Oreos, etc. — and lost 27 pounds:

For a class project, Haub limited himself to less than 1,800 calories a day. A man of Haub’s pre-dieting size usually consumes about 2,600 calories daily. So he followed a basic principle of weight loss: He consumed significantly fewer calories than he burned.

His body mass index went from 28.8, considered overweight, to 24.9, which is normal. He now weighs 174 pounds.

But you might expect other indicators of health would have suffered. Not so.

Haub’s “bad” cholesterol, or LDL, dropped 20 percent and his “good” cholesterol, or HDL, increased by 20 percent. He reduced the level of triglycerides, which are a form of fat, by 39 percent. [...] Haub’s body fat dropped from 33.4 to 24.9 percent.

Actually, only two-thirds of his total intake came from junk food:

He also took a multivitamin pill and drank a protein shake daily. And he ate vegetables, typically a can of green beans or three to four celery stalks.

The Little Racket That Changed Tennis

Friday, September 10th, 2010

Kristina Dell calls it the little racket that changed tennis:

Today, thin is in. Skinny grips and lighter frames that carry more weight in the head rather than the shaft help baseliners generate more racket-head speed so they can use their wrists and forearms to roll through their shots. Updated polyester strings only add to the effect, as players finish their swings with their rackets up around their ears to get crazy amounts of spin.

“If you give Nadal a heavy racket with a big grip, it’s impossible to do what he does,” said Roman Prokes, part of the team of U.S. Open stringers handling Mr. Nadal’s sticks.
[...]
Aside from treating his rackets kindly, what Mr. Nadal does is put a lot of action on the ball. A maneuverable frame lets him execute his signature lefty forehand: instead of following through over his right shoulder, Mr. Nadal snaps his racket back after hitting the ball. (Kind of like a ping-pong player.) The result is a hyper-rotating spin with the ball jumping high off the court.

Rafa’s racket weighs a flimsy 10.6 ounces unstrung, plus an extra 0.4 ounce he adds to the head, for a total of 11.5 ounces with strings, practically pixie dust in the hands of a 6-foot-1 hulking guy. By contrast, the 5-foot-10, 128-pound Caroline Wozniacki, the U.S. Open’s top seeded woman, plays with the same Babolat Aeropro Drive as Mr. Nadal; her frame is just two ounces lighter than Mr. Nadal’s.

If Mr. Nadal picked up Mr. Sampras’s old racket today, his shots would probably hit the fence. The hefty, unforgiving Pro Staff Original Mr. Sampras used en route to 14 Grand Slam titles is 12.6 ounces unstrung. It was already cumbersome, but Mr. Sampras added lead tape to get more power and control, for a total mass of almost 14 ounces with strings. To manage it, he used a grip with a circumference of 4 5/8 inches.

Mr. Nadal’s svelte handle is but a toothpick in comparison: 4¼ inches around, a size smaller than the grip Ms. Wozniacki and many women use. “A 4 3/8 grip was considered a ladies racket,” said Mr. Prokes, “but now across the board players have gone to small grip sizes, at least one size smaller or more.”

What an NFL Training Camp Is Really Like

Friday, September 10th, 2010

Nate Jackson explains what an NFL training camp is really likehell, basically — starting with the obvious point that it hurts:

In a strictly physical analysis, training camp brutalizes the body. The N.F.L. is home to the strongest, most explosive athletes on the planet. Being hit over and over again by these men is a painful ordeal, not so much as it’s happening, but after the fact: after practice, late at night, early in the morning. Morning is the worst.

About three or four days into training camp is when the soreness starts to peak, and it sticks around for about a week and a half until your body starts to desensitize itself to misery. During my six seasons with the Denver Broncos, there were days when getting out of bed was so difficult I was sure there was no way I could practice. Of course I was wrong. I found a way to get it done. Football players learn how to push down the pain and make a play. But it hurts later. It hurts a lot.

Then people yell at you:

The verbal haranguing isn’t exclusive to the field. In meetings every day and night, it continues. The decibel level decreases, but it’s no less biting. Every play of every practice is watched on film by the whole team that same day. [...] Being called out in meetings and having everyone in the room watching you fail in slow motion — often with a laser pointer on your two-dimensional body — is demoralizing, and only intensifies the pain. This scrutiny is well intentioned, but often falls flat from overkill, the message trampled by the messenger.

And then there are the cuts:

Realistically, of the 80 guys on each roster, 15 are already cut. Coaches have a pretty good idea of what the final roster will look like. There’s a little bit of wiggle room in the middle of the depth chart. At every position, there are usually two guys competing for one spot. [...] But this is in the middle of the depth chart, meaning that if a team is carrying 10 receivers in camp, receivers Nos. 5 and 6 are battling for a job. Nos. 7 through 10 are camp bodies, there to bolster the numbers, to take punishment, to give veterans an occasional rest, to serve as verbal punching bags for position coaches trying to make a point.

This happens at every position, even quarterback. Players see this happening to them, and there is nothing they can do about it. At the bottom of the depth chart, guys get very few quality “reps” — repetitions, turns to play in practice. Coaches often encourage these players, saying things like, “Don’t count your reps, make your reps count!” But reality sets in. For many, this will be the last football they will ever play.

How To Raise A Superstar

Thursday, September 2nd, 2010

The 10,000-hour rule has become a cliché, Jonah Lehrer notes:

However, a series of recent studies by psychologists at Queen’s University adds an important wrinkle to the Tiger Woods parable. The scientists began by analyzing the birthplace of more than 2,000 athletes in a variety of professional sports, such as the NHL, NBA, and the PGA. This is when they discovered something peculiar: the percent of professional athletes who came from cities of fewer than a half million people was far higher than expected. While approximately 52 percent of the United States population resides in metropolitan areas with more than 500,000 people, such cities only produce 13% of the players in the NHL, 29% of the players in the NBA, 15% of the players in MLB, and 13% of players in the PGA.*

I can think of several different explanations for this effect, none of which are mutually exclusive. Perhaps kids in small towns are less likely to get distracted by gangs, drugs, etc. Perhaps athletes outside of big cities go to better schools, and thus receive more attention from their high school coaches. Perhaps they have more access to playing fields. Perhaps they have a better peer group. The scientists summarize this line of reasoning in a recent paper: “These small communities may offer more psychosocially supportive environments that are more intimate. In particular, sport programs in smaller communities may offer more opportunities for relationship development with coaches, parents, and peers, a greater sense of belonging, and a better integration of the program within the community.”

But there’s another possible explanation for this effect, which was nicely summarized by Sian Beilock, a psychologist at the University of Chicago and author of the forthcoming Choke. She proposes that an important advantage of small towns is that they’re actually less competitive, thus allowing kids to sample and explore many different sports. (I grew up in a big city, and my sports career basically ended when I was 13. I could no longer compete with the other kids in my age group.)

While avoiding burnout is nice, and training a breadth of sports skills may build useful general traits — such as self-control, patience, grit, and the willingness to practice — there are other benefits to competing at a lower level.

The well known January effect — in which kids born in the first months of the year are more likely to excel in sports — already demonstrates that a slight edge early on can turn into a long-term edge, because early successes lead kids to play more. It’s fun to win.

Competing at a lower level also allows an athlete to try new things and take risks. If you always bring your A game, you always go to your go-to moves, and you don’t add many new moves to your repertoire.

Driving a Steak through the Heart of Conventional Wisdom

Monday, August 30th, 2010

Seth Roberts drives a steak [sic] through the heart of conventional wisdom — or, rather, some pork bellies:

One and a half years ago, in February 2009, I got a heart scan. It’s an X-ray measurement of how calcified your arteries are. Persons with high scores are much more likely to have a heart attack than persons with low scores. Scores in the hundreds are dangerous. Tim Russert, who died at age 58 of a heart attack, had a score of about 200 ten years before his death. Above age 40, the scores typically increase about 25% per year. That puts Russert’s score when he died at around 2000.

A few weeks ago I got another scan, at the same place with the same machine. Here are my scores. February 2009: 38 (about 50th percentile for my age). August 2010: 29 (between 25th & 50th percentile). In other words: 47% lower than expected. The earlier scan detected 3 “lesions”; the recent scan detected 2. The woman who runs the scanning center — HeartScan, in Walnut Creek, California — told me that decreases in this score are very rare. About 1 in 100, she said.

The only big lifestyle change I made between the two scans is to eat much more animal fat. After I found that pork fat improved my sleep, I started to eat a large serving of pork belly (with 80-100 g of fat) almost every day. Later I switched to 60 g of butter every day. The usual view, of course, is that to eat so much animal fat is very very bad and will “clog” my arteries. In fact, the reverse happened. Judging from this, the change was very very good.

(Hat tip to Aretae, who recently switched to a paleo diet.)

Kabbadi

Friday, August 27th, 2010

Promoters are trying to raise the Indian game of kabbadi to international popularity. I’m not holding my breath:

Kabaddi is played on a rectangular court. Teams of seven players take turns sending “raiders” across the dividing line to tag opponents. All the while, they chant “kabaddi” — derived from a Hindi word meaning “holding of breath” — to prove they aren’t inhaling.

If a tagger touches an opposing player and returns to his side without running out of oxygen, the umpire awards his team a point. Opponents get a point if they can prevent him from returning, by wrestling, tackling or body-slamming him until he runs out of breath. The team with more points after two 20-minute halves wins.

Army transforms recruit training

Monday, August 23rd, 2010

I mentioned a few months ago that the Army was dropping bayonet training from its boot camp — or Basic Combat Training. That’s not the only change, of course, and the Army’s own story sounds a bit defensive:

First, United States Training and Doctrine Command public affairs wanted to dispel any rumors the training has become “softer.” In a press release they stated with an extra week of training, the warrior tasks and battle drills have been refined and are now geared toward training fewer and more relevant tasks, well.

“It’s not soft. It’s just different and the physical training has become a lot more regimented and more battle-focused. It’s focused on training more people to achieve that initial basic training standard while mitigating injuries,” explained Capt. Kyle Lippold, commander of G Battery, 1st Battalion, 79th Field Artillery.
[...]
One major revamp was to the traditional physical training of pushups, sit-ups and long runs.The new physical readiness training is geared toward progression.

“A lot of these Soldiers come in and haven’t been in physical activities in high school so we start out with a preparation drill to warm up the muscles and go on from there,” said Sgt. 1st Class Zachary Parrish, who is a Fort Sill drill sergeant. “It used to be you take a Soldier and without the progression you may be putting too much on that Soldier. They’re going to inevitably get hurt.”

He said he’s seen less injuries so far with the new crawl, walk, run methodology. Even in the beginning if some of the Soldiers are more physically fit, he said they all progress to the end state where a rigorous workout is safe for everyone.

The Army is also taking a more holistic approach focusing on nutrition as well to keep Soldiers healthy and resilient.

“We talk nutrition from day one. The health of the Soldier is the bottom line. They’re going to be ineffective if they’re in sick call, so we make sure they get time to eat and that the food they’re eating is good for them,” said Parrish.

Western Diet Tied to Intestinal Disease and Allergies

Friday, August 20th, 2010

Healthy children in Europe have different gut bacteria than healthy children in Africa, because of their very different diets, and this may explain the prevalence of intestinal disease and allergies in the West:

A team of researchers led by Paolo Lionetti, a pediatric gastroenterologist at Meyer Children Hospital in Florence, Italy, decided to compare the fecal microbes of healthy children from a village in Burkina Faso, in western Africa, with those from healthy Italian children. The African children ate a high-fiber, low-fat, vegetable-heavy diet that reflects what people ate at the dawn of agriculture, whereas the Italian kids had a typical Western diet, low in fiber but high in animal protein, sugar, starch, and fat.

The researchers found that the children from Burkina Faso had significantly more bacteria from the Bacteroidetes class than did the Italian children and significantly fewer Firmicute bacteria. Previous research has shown that people with more Bacteroidetes and fewer Firmicutes tend to be lean, whereas people with the opposite ratio are more likely to be obese.

Additionally, the researchers detected bacterial strains of Prevotella, Xylanibacter, and Treponema only in the children from Burkina Faso. These bacteria are excellent at breaking down fibrous foods and producing short-chain fatty acids that provide added energy. Studies have also shown that those same fatty acids help protect the intestines from inflammation, which could explain why inflammatory bowel disease is almost unheard of in African communities that eat high-fiber diets, Lionetti says.

The increased diversity of microbes in the gut also makes the body more resistant to intestinal pathogens while tempering the immune system’s response to harmless molecules, leading to fewer allergies, Lionetti says. The group reports its findings online today in the Proceedings of the National Academy of Sciences.

(Hat tip to Buckethead.)

Muscles Remember Past Glory

Thursday, August 19th, 2010

Muscle memory can refer to motor skills, or it can refer to how muscles recover from atrophy:

Muscle cells are huge, [Kristian Gundersen, a physiologist at the University of Oslo in Norway] says. And because the cells are so big, more than one nucleus is needed to supply the DNA templates for making large amounts of the proteins that give muscle its strength. Previous research has demonstrated that with exercise, muscle cells get even bigger by merging with stem cells called satellite cells, which are nestled between muscle fiber cells. Researchers had previously thought that when muscles atrophy, the extra nuclei are killed by a cell death program called apoptosis.

In the new study, Gundersen’s team simulated the effect of working out by making a muscle that helps lift the toes work harder in mice. As the muscle worked, the number of nuclei increased, starting on day six. Over the course of 21 days, the hard-working muscle increased the number of nuclei in each fiber cell by about 54 percent. Starting on day nine, the muscle cells also started to plump up, adding an extra 35 percent to their volume. Those results indicate that the nuclei come first and muscle mass is added later.

In another set of experiments, the researchers worked the mice’s muscles for two weeks and then severed nerves leading to the muscle so the tissue would atrophy. As the muscle atrophied, the cells deflated to about 40 percent of their bulked-up volume, but the number of nuclei in the cells did not change.

These results contradict previous studies that show lots of cell death in muscles during atrophy. Gunderson’s team examined individual cells in the wasting muscles and found that there is apoptosis going on, but that other cells are dying, not the muscle fibers or their extra nuclei. The extra nuclei stick around for at least three months — a long time for a mouse, which lives a couple of years on average, Gundersen says.

“I don’t know if it lasts forever,” he says, “but it seems to be a very long-lasting effect.” Since the extra nuclei don’t die, they could be poised to make muscle proteins again, providing a type of muscle memory, he says.

(Hat tip to Buckethead, who’s getting back into shape and considering starting his son on lifting.)

Todai Sumo

Tuesday, August 17th, 2010

The Wall Street Journal reports on the decline of sumo — and its (limited) resurgence at the University of Tokyo:

At the University of Tokyo sumo club, a devoted, motley crew of seven smallish students gather thrice weekly for grueling, three-hour practices. In a country where sumo wrestlers are hulking colossuses known for their brawn, not their brains, the sumo enthusiasts at Todai, as the university is colloquially known, are a quirky aberration.

Unlike top-ranked universities in the U.S., which value well-rounded students with an abundance of extracurricular activities, Todai’s strict focus is on academic performance.

“Sumo is not a normal pastime for someone who has studied their whole life to get into Todai,” says Petr Matous, the lanky former captain of the sumo club who hails from the Czech Republic. “The people who join don’t have any previous experience in sports.”
[...]
Seiji Kimura, a 39-year-old who acts as the club’s unofficial coach, religiously attends every practice even though he graduated seven years ago and works from 9 a.m. to 8 p.m. in his day job as a veterinarian, says: “I feel it is my duty to keep coming to practices. I think this is my calling.”

Rather than aspire to the discipline, most people who join the Todai sumo join by happenstance, or word of mouth. But once they get hooked, they stay fiercely loyal to the sport.

The team, with its lean ranks, is a tightly knit family, eating together after practices with former members regularly joining in. “I did it once and wanted to stop, but Kimura-san bought me dinner and I stayed on,” says Ryuzou Hayashi, 23, who has been in the sumo club for four years. “I like it because when I win I feel good. It’s good exercise.”

Despite the small proportions of its wrestlers, Todai’s sumo team is surprisingly strong: since sumo was recognized as a varsity sport among public universities in 1981, the Todai team has won the annual tournament 10 times and has come in second place 12 times.

The String Theory

Sunday, August 15th, 2010

A few weeks ago Buckethead mentioned that CoolTools had compiled a list of the best magazine articles ever, and I started reading the then-top article on the list, David Foster Wallace’s “Federer As Religious Experience” — which didn’t especially move me.

Then, today, Aretae mentioned a “beautiful essay on tennis from 1996″ that he came across via Tyler CowenThe String Theory, also by David Foster Wallace and also on the list. It looks at the very, very good players in the top 100 who still struggle in obscurity:

The realities of the men’s professional-tennis tour bear about as much resemblance to the lush finals you see on TV as a slaughterhouse does to a well-presented cut of restaurant sirloin. For every Sampras-Agassi final we watch, there’s been a weeklong tournament, a pyramidical single-elimination battle between 32, 64, or 128 players, of whom the finalists are the last men standing. But a player has to be eligible to enter that tournament in the first place. Eligibility is determined by ATP computer ranking. Each tournament has a cutoff, a minimum ranking required to be entered automatically in the main draw. Players below that ranking who want to get in have to compete in a kind of pretournament tournament. That’s the easiest way to describe qualies. I’ll try to describe the logistics of the Canadian Open’s qualies in just enough detail to communicate the complexity without boring you mindless.
[...]
The qualie circuit is to professional tennis sort of what AAA baseball is to the major leagues: Somebody playing the qualies in Montreal is an undeniably world-class tennis player, but he’s not quite at the level where the serious TV and money are. In the main draw of the du Maurier Omnium Ltée, a first-round loser will earn $5,400, and a second-round loser $10,300. In the Montreal qualies, a player will receive $560 for losing in the second round and an even $0.00 for losing in the first. This might not be so bad if a lot of the entrants for the qualies hadn’t flown thousands of miles to get here. Plus, there’s the matter of supporting themselves in Montreal. The tournament pays the hotel and meal expenses of players in the main draw but not of those in the qualies. The seven survivors of the qualies, however, will get their hotel expenses retroactively picked up by the tournament. So there’s rather a lot at stake — some of the players in the qualies are literally playing for their supper or for the money to make airfare home or to the site of the next qualie.

You could think of Michael Joyce’s career as now kind of on the cusp between the majors and AAA ball. He still has to qualify for some tournaments, but more and more often he gets straight into the main draw. The move from qualifier to main-draw player is a huge boost, both financially and psychically, but it’s still a couple of plateaus away from true fame and fortune. The main draw’s 64 or 128 players are still mostly the supporting cast for the stars we see in televised finals. But they are also the pool from which superstars are drawn. McEnroe, Sampras, and even Agassi had to play qualies at the start of their careers, and Sampras spent a couple of years losing in the early rounds of main draws before he suddenly erupted in the early nineties and started beating everybody.

Still, even most main-draw players are obscure and unknown. An example is Jakob Hlasek a Czech who is working out with Marc Rosset on one of the practice courts this morning when I first arrive at Stade Jarry. I notice them and go over to watch only because Hlasek and Rosset are so beautiful to see — at this point, I have no idea who they are. They are practicing ground strokes down the line — Rosset’s forehand and Hlasek’s backhand — each ball plumb-line straight and within centimeters of the corner, the players moving with compact nonchalance I’ve since come to recognize in pros when they’re working out: The suggestion is of a very powerful engine in low gear. Jakob Hlasek is six foot two and built like a halfback, his blond hair in a short square Eastern European cut, with icy eyes and cheekbones out to here: He looks like either a Nazi male model or a lifeguard in hell and seems in general just way too scary ever to try to talk to. His backhand is a one-hander, rather like Ivan Lendl’s, and watching him practice it is like watching a great artist casually sketch something. I keep having to remember to blink. There are a million little ways you can tell that somebody’s a great player — details in his posture, in the way he bounces the ball with his racket head to pick it up, in the way he twirls the racket casually while waiting for the ball. Hlasek wears a plain gray T-shirt and some kind of very white European shoes. It’s midmorning and already at least 90 degrees, and he isn’t sweating. Hlasek turned pro in 1983, six years later had one year in the top ten, and for the last few years has been ranked in the sixties and seventies, getting straight into the main draw of all the tournaments and usually losing in the first couple of rounds. Watching Hlasek practice is probably the first time it really strikes me how good these professionals are, because even just fucking around Hlasek is the most impressive tennis player I’ve ever seen. I’d be surprised if anybody reading this article has ever heard of Jakob Hlasek. By the distorted standards of TV’s obsession with Grand Slam finals and the world’s top five, Hlasek is merely an also-ran. But last year, he made $300,000 on the tour (that’s just in prize money, not counting exhibitions and endorsement contracts), and his career winnings are more than $4 million, and it turns out his home base was for a time Monte Carlo, where lots of European players with tax issues end up living.

“Seeing” plays a vital role in tennis:

Except for the serve, power in tennis is not a matter of strength but of timing. This is one reason why so few top tennis players look muscular. Any normal adult male can hit a tennis ball with a pro pace; the trick is being able to hit the ball both hard and accurately. If you can get your body in just the right position and time your stroke so you hit the ball in just the right spot — waist-level, just slightly out in front of you, with your own weight moving from your back leg to your front leg as you make contact — you can both cream the ball and direct it. Since “…just the right…” is a matter of millimeters and microseconds, a certain kind of vision is crucial. Agassi’s vision is literally one in a billion, and it allows him to hit his ground strokes as hard as he can just about every time. Joyce, whose hand-eye coordination is superlative, in the top 1 percent of all athletes everywhere (he’s been exhaustively tested), still has to take some incremental bit of steam off most of his ground strokes if he wants to direct them.

If you’ve played tennis at least a little, you probably have some idea how hard a game is to play really well, Wallace — who played at a pretty high level — says:

I submit to you that you really have no idea at all. I know I didn’t. And television doesn’t really allow you to appreciate what real top-level players can do — how hard they’re actually hitting the ball, and with what control and tactical imagination and artistry. I got to watch Michael Joyce practice several times right up close, like six feet and a chain-link fence away. This is a man who, at full run, can hit a fast-moving tennis ball into a one-foot square area seventy-eight feet away over a net, hard. He can do this something like more than 90 percent of the time. And this is the world’s seventy-ninth-best player, one who has to play the Montreal qualies.

So, how do you get that good?

But it’s better for us not to know the kinds of sacrifices the professional-grade athlete has made to get so very good at one particular thing. Oh, we’ll invoke lush clichés about the lonely heroism of Olympic athletes, the pain and analgesia of football, the early rising and hours of practice and restricted diets, the preflight celibacy, et cetera. But the actual facts of the sacrifices repel us when we see them: basketball geniuses who cannot read, sprinters who dope themselves, defensive tackles who shoot up with bovine hormones until they collapse or explode. We prefer not to consider closely the shockingly vapid and primitive comments uttered by athletes in postcontest interviews or to consider what impoverishments in one’s mental life would allow people actually to think the way great athletes seem to think. Note the way “up close and personal” profiles of professional athletes strain so hard to find evidence of a rounded human life — outside interests and activities, values beyond the sport. We ignore what’s obvious, that most of this straining is farce. It’s farce because the realities of top-level athletics today require an early and total commitment to one area of excellence. An ascetic focus. A subsumption of almost all other features of human life to one chosen talent and pursuit. A consent to live in a world that, like a child’s world, is very small.

For Humans, Slow And Steady Running Won The Race

Thursday, August 5th, 2010

For its “human edge” series, NPR looks at how slow and steady running won the race:

“Most animals are designed for speed, for power, not for endurance,” Lieberman explains, as we make a turn onto the bridge. “And we are a special species in having been selected for endurance, not speed.”

So we grew longer legs and lighter feet; the joints in the legs and pelvis got bigger to absorb a lot of impact; and we grew a bigger butt muscle.

Lieberman says these and other changes allowed us to run down and exhaust prey, like antelopes. He notes that “persistence hunters” in Africa have been known to do that. And the payoff would’ve been big for early humans: lots of high-calorie meat to feed a bigger brain.

Lieberman is creating a computer model of how we run — in contrast to how other primates might run:

“There are no humans out there with faces as large as Neanderthals,” he explains as he rummages through a cupboard, “so people wear weights in their mouths, which then changes the center of gravity of their head.”

Understanding head control is important. If you don’t keep your head still, you can’t focus your eyes. Lieberman says modern humans, unlike apes, have a special muscle that connects each arm to the neck and head. As you swing your arms, they become counterweights to stabilize your head.