In the Land of the Rococo Marxists

Sunday, July 29th, 2007

Tom Wolfe’s In the Land of the Rococo Marxists originally appeared in the June 2000 Harper’s Monthly and is reprinted in Wolfe’s book Hooking Up. In it, he looks at the rise of the modern intellectual:

From the very outset the eminence of this new creature, the intellectual, who was to play such a tremendous role in the history of the twentieth century, was inseparable from his necessary indignation. It was his indignation that elevated him to a plateau of moral superiority. Once up there, he was in a position to look down at the rest of humanity. And it hadn’t cost him any effort, intellectual or otherwise. As Marshall McLuhan would put it years later: “Moral indignation is a technique used to endow the idiot with dignity.” Precisely which intellectuals of the twentieth century were or were not idiots is a debatable point, but it is hard to argue with the definition I once heard a French diplomat offer at a dinner party: “An intellectual is a person knowledgable in one field who speaks out only in others.”

The localvore’s dilemma

Sunday, July 29th, 2007

The localvore’s dilemma points out that “food miles” are a terrible measure of a food’s environmental impact:

But a gathering body of evidence suggests that local food can sometimes consume more energy — and produce more greenhouse gases — than food imported from great distances. Moving food by train or ship is quite efficient, pound for pound, and transportation can often be a relatively small part of the total energy “footprint” of food compared with growing, packaging, or, for that matter, cooking it. A head of lettuce grown in Vermont may have less of an energy impact than one shipped up from Chile. But grow that Vermont lettuce late in the season in a heated greenhouse and its energy impact leapfrogs the imported option. So while local food may have its benefits, helping with climate change is not always one of them.

This isn’t new though. From Against organic farming:

The DEFRA report, which analysed the supply of food in Britain, contained several counterintuitive findings. It turns out to be better for the environment to truck in tomatoes from Spain during the winter, for example, than to grow them in heated greenhouses in Britain. And it transpires that half the food-vehicle miles associated with British food are travelled by cars driving to and from the shops. Each trip is short, but there are millions of them every day. Another surprising finding was that a shift towards a local food system, and away from a supermarket-based food system, with its central distribution depots, lean supply chains and big, full trucks, might actually increase the number of food-vehicle miles being travelled locally, because things would move around in a larger number of smaller, less efficiently packed vehicles.

Research carried out at Lincoln University in New Zealand found that producing dairy products, lamb, apples and onions in that country and shipping them to Britain used less energy overall than producing them in Britain. (Farming and processing in New Zealand is much less energy intensive.)

New Solar Photovoltaic Cell Efficiency Record: 42.8%

Sunday, July 29th, 2007

FuturePundit notes that a consortium of research teams has achieved a new record in photovoltaic cell efficiency:

Using a novel technology that adds multiple innovations to a very high-performance crystalline silicon solar cell platform, a consortium led by the University of Delaware has achieved a record-breaking combined solar cell efficiency of 42.8 percent from sunlight at standard terrestrial conditions.

That number is a significant advance from the current record of 40.7 percent announced in December and demonstrates an important milestone on the path to the 50 percent efficiency goal set by the Defense Advanced Research Projects Agency (DARPA). In November 2005, the UD-led consortium received approximately $13 million in funding for the initial phases of the DARPA Very High Efficiency Solar Cell (VHESC) program to develop affordable portable solar cell battery chargers.

The Wisdom of Ratatouille

Saturday, July 28th, 2007

Lester Hunt is amazed by The Wisdom of Ratatouille:

In an animated feature that has both human and animal characters, usually the humans are the bad guys because they either a) kill and eat the cute animals or b) pollute the animals’ environment and despoil the earth or c) both a and b. This is the story of an animal who wants to be human, or at least live like a human being. In other words, human is good! And the film explains what the essential difference between the human and the animal is: humans make, animals take. Rats take other people’s food, humans invent new foods. Thus, cuisine is a symbol of what gives human beings whatever dignity they may have. Remy, the cute animal protagonist, is a rat who wants to be a chef. Throughout the movie, stealing food (even to feed hungry friends!) is treated as the one thing he must not do, or he will lose his hard-won human dignity. We repeatedly hear the motto, “Anyone can cook” (ie., even a rat). At the end, we realize that what this means is not that everyone can be a great cook (sorry, not everyone is great) but that greatness can come from anywhere.

Of course, I expected nothing less of Brad Bird.

Vaporub solves meerkat gang-wars

Saturday, July 28th, 2007

Vaporub solves meerkat gang-wars:

Zookeepers at Paultons Park near Romsey, Hampshire, UK have solved their meerkat brawls with Vap-O-Rub. Meerkats attack newcomers unless they smell like family. The solution was to rub all the little critters with minty chest-sauce so that they all smelled alike.

Prohibition politics

Saturday, July 28th, 2007

In Prohibition politics, Donald J. Boudreaux notes that the popular understanding of how Prohibition ended — that the public recognized its futility, and politicians then repealed it — is a myth:

But contrary to popular belief, the 1920s witnessed virtually no sympathy for ending Prohibition. Neither citizens nor politicians concluded from the obvious failure of Prohibition that it should end.

As historian Norman Clark reports:

“Before 1930 few people called for outright repeal of the (18th) Amendment. No amendment had ever been repealed, and it was clear that few Americans were moved to political action yet by the partial successes or failures of the Eighteenth. … The repeal movement, which since the early 1920s had been a sullen and hopeless expression of minority discontent, astounded even its most dedicated supporters when it suddenly gained political momentum.”

What happened in 1930 that suddenly gave the repeal movement political muscle? The answer is the Great Depression and the ravages that it inflicted on federal income-tax revenues.

Prior to the creation in 1913 of the national income tax, about a third of Uncle Sam’s annual revenue came from liquor taxes. (The bulk of Uncle Sam’s revenues came from customs duties.) Not so after 1913. Especially after the income tax surprised politicians during World War I with its incredible ability to rake in tax revenue, the importance of liquor taxation fell precipitously.

By 1920, the income tax supplied two-thirds of Uncle Sam’s revenues and nine times more revenue than was then supplied by liquor taxes and customs duties combined. In research that I did with University of Michigan law professor Adam Pritchard, we found that bulging income-tax revenues made it possible for Congress finally to give in to the decades-old movement for alcohol prohibition.

Before the income tax, Congress effectively ignored such calls because to prohibit alcohol sales then would have hit Congress hard in the place it guards most zealously: its purse. But once a new and much more intoxicating source of revenue was discovered, the cost to politicians of pandering to the puritans and other anti-liquor lobbies dramatically fell.

Prohibition was launched.

Despite pleas throughout the 1920s by journalist H.L. Mencken and a tiny handful of other sensible people to end Prohibition, Congress gave no hint that it would repeal this folly. Prohibition appeared to be here to stay — until income-tax revenues nose-dived in the early 1930s.

From 1930 to 1931, income-tax revenues fell by 15 percent.

In 1932 they fell another 37 percent; 1932 income-tax revenues were 46 percent lower than just two years earlier. And by 1933 they were fully 60 percent lower than in 1930.

With no end of the Depression in sight, Washington got anxious for a substitute source of revenue.

That source was liquor sales.

Jouett Shouse, president of the Association Against the Prohibition Amendment, was a powerful figure in the Democratic Party that had just nominated Franklin Roosevelt as its candidate for the White House. Shouse emphasized that ending Prohibition would boost government revenue.

And a House leader of Congress’ successful attempt to propose the Prohibition-ending 21st Amendment said in 1934 that “if (anti-prohibitionists) had not had the opportunity of using that argument, that repeal meant needed revenue for our government, we would not have had repeal for at least 10 years.”

There’s no doubt that widespread understanding of Prohibition’s futility and of its ugly, unintended side-effects made it easier for Congress to repeal the 18th Amendment. But these public sentiments were insufficient, by themselves, to end the war on alcohol.

Ending it required a gargantuan revenue shock — to the U.S. Treasury.

So don’t expect drug prohibition to end anytime soon.

Desktop Orb Could Reform Energy Hogs

Friday, July 27th, 2007

Desktop Orb Could Reform Energy Hogs:

Mark Martinez couldn’t get Southern California Edison customers to conserve energy. As the utility’s manager of program development, he had tried alerting them when it was time to dial back electricity use on a hot day — he’d fire off automated phone calls, zap text messages, send emails. No dice.

Then he saw an Ambient Orb. It’s a groovy little ball that changes color in sync with incoming data — growing more purple, for example, as your email inbox fills up or as the chance of rain increases. Martinez realized he could use Orbs to signal changes in electrical rates, programming them to glow green when the grid was underused — and, thus, electricity cheaper — and red during peak hours when customers were paying more for power. He bought 120 of them, handed them out to customers, and sat back to see what would happen.

Within weeks, Orb users reduced their peak-period energy use by 40 percent. Why? Because, Martinez explains, the glowing sphere was less annoying and more persistent than a text alert. “It’s nonintrusive,” he says. “It has a relatively benign effect. But when you suddenly see your ball flashing red, you notice.”

Electricity is invisible. That’s why we waste so much of it in the home — leaving rechargers permanently plugged in and electronic devices idling in power-slurping “sleep” modes. We can’t see that our houses account for nearly a quarter of the nation’s energy appetite; we don’t know when the grid is nearing capacity and expensive to use.

So Martinez hacked his customers’ perceptual apparatuses. He made energy visible.

Robot Buses Pull In to San Diego’s Fastest Lane

Friday, July 27th, 2007

Robot Buses Pull In to San Diego’s Fastest Lane:

Over the next three years, workers will carve a narrow lane down the shoulder of the increasingly congested Interstate 805, exclusively for buses and commercial trucks modded with lane-keeping sensors and adaptive cruise control. Neither technology is new, but most automakers tune adaptive cruise control to keep cars farther apart than normal, making traffic worse. In the robot lane, vehicles will be packed like train cars. They’ll still have drivers — everyone has to leave the freeway sometime — but they’ll be out of the main flow. If the new lanes work, public transportation will move faster, trucks will speed safely along approximately 20 miles of the main US-Mexico shipping corridor (UPS has signed up for the test), and traffic on I-805 will be reduced. “Fixing this problem is going to require some radical thinking,” says Jake Peters, founder of transportation startup Swoop Technology, which is designing the system. “And, hey, it could be a way to make a trillion dollars.”

The Best Dangerous Science Jobs

Friday, July 27th, 2007

I really enjoyed some of Thomas Fuchs’ illustrations for Wired‘s The Best Dangerous Science Jobs.

The Fifty-first State?

Friday, July 27th, 2007

Back before the invasion of Iraq, in November, 2002, James Fallows asked, will Iraq become The Fifty-first State? Next time we’re on the brink of war, I’m going to make sure to read what he’s writing. A taste of that pre-war article:

But in the generation since Vietnam the mainstream U.S. military has gone in the opposite direction: toward a definition of its role in strictly martial terms. It is commonplace these days in discussions with officers to hear them describe their mission as “killing people and blowing things up.” The phrase is used deliberately to shock civilians, and also for its absolute clarity as to what a “military response” involves. If this point is understood, there can be no confusion about what the military is supposed to do when a war starts, no recriminations when it uses all necessary force, and as little risk as possible that soldiers will die “political” deaths because they’ve been constrained for symbolic or diplomatic reasons from fully defending themselves. All this is in keeping with the more familiar parts of the Powell doctrine — the insistence on political backing and overwhelming force. The goal is to protect the U.S. military from being misused.

The strict segregation of military and political functions may be awkward in Iraq, however. In the short term the U.S. military would necessarily be the government of Iraq. In the absence of international allies or UN support, and the absence of an obvious Iraqi successor regime, American soldiers would have to make and administer political decisions on the fly. America’s two most successful occupations embraced the idea that military officials must play political roles. Emperor Hirohito remained the titular head of state in occupied Japan, but Douglas MacArthur, a lifelong soldier, was immersed in the detailed reconstruction of Japan’s domestic order. In occupied Germany, General Lucius D. Clay did something comparable, though less flamboyantly. Today’s Joint Chiefs of Staff would try to veto any suggestion for a MacArthur-like proconsul. U.S. military leaders in the Balkans have pushed this role onto the United Nations. Exactly who could assume it in Iraq is not clear.

In the first month, therefore, the occupiers would face a paradox: the institution best equipped to exercise power as a local government — the U.S. military — would be the one most reluctant to do so.

Robert A. Heinlein’s Legacy

Friday, July 27th, 2007

Taylor Dinerman looks at Robert A. Heinlein’s Legacy — and starts by looking at science fiction’s legacy:

Science fiction at one time was despised as vulgar and “populist” by university English departments. Today, it is just another cultural artifact to be deconstructed, along with cartoons and People magazine articles. Yet one could argue that science fiction has had a greater impact on the way we all live than any other literary genre of the 20th century.

When one looks at the great technological revolutions that have shaped our lives over the past 50 years, more often than not one finds that the men and women behind them were avid consumers of what used to be considered no more than adolescent trash. As Arthur C. Clarke put it: “Almost every good scientist I know has read science fiction.” And the greatest writer who produced them was Robert Anson Heinlein, born in Butler, Mo., 100 years ago this month.

Treasure trove ‘found by octopus’

Friday, July 27th, 2007

Treasure trove ‘found by octopus’:

An octopus with a porcelain plate stuck to its suckers has led to the discovery of a hoard of ancient pottery, South Korean scientists say.

A fisherman caught the octopus off South Korea’s west coast in May. He said the animal appeared to be hiding under a plate.

Archaeologists searched the area and discovered a 12th Century wooden wreck buried in mudflats.

They said more than 500 pieces of porcelain had been recovered so far.
[...]
The porcelain, found near Taean, south-west of the capital Seoul, is thought to date from the Goryeo dynasty, which ruled Korea from the 10th to the 14th Century.

Experts say the 7.7m-long (25ft) wreck could contain up to 2,000 further pieces, including ancient bowls, plates and other types of pottery.

NJIT Researchers Develop Inexpensive, Easy Process To Produce Solar Panels

Friday, July 27th, 2007

NJIT Researchers Develop Inexpensive, Easy Process To Produce Solar Panels:

Researchers at New Jersey Institute of Technology (NJIT) have developed an inexpensive solar cell that can be painted or printed on flexible plastic sheets. “The process is simple,” said lead researcher and author Somenath Mitra, PhD, professor and acting chair of NJIT’s Department of Chemistry and Environmental Sciences. “Someday homeowners will even be able to print sheets of these solar cells with inexpensive home-based inkjet printers. Consumers can then slap the finished product on a wall, roof or billboard to create their own power stations.”

Who’s writing these press releases?

The solar cell developed at NJIT uses a carbon nanotubes complex, which by the way, is a molecular configuration of carbon in a cylindrical shape. The name is derived from the tube’s miniscule size. Scientists estimate nanotubes to be 50,000 times smaller than a human hair. Nevertheless, just one nanotube can conduct current better than any conventional electrical wire. “Actually, nanotubes are significantly better conductors than copper,” Mitra added.

Mitra and his research team took the carbon nanotubes and combined them with tiny carbon Buckyballs (known as fullerenes) to form snake-like structures. Buckyballs trap electrons, although they can’t make electrons flow. Add sunlight to excite the polymers, and the buckyballs will grab the electrons. Nanotubes, behaving like copper wires, will then be able to make the electrons or current flow.

If you’re not up on fullerenes:

The fullerenes, discovered in 1985 by researchers at the University of Sussex and Rice University, are a family of carbon allotropes named after Richard Buckminster Fuller and are sometimes called buckyballs. They are molecules composed entirely of carbon, in the form of a hollow sphere, ellipsoid, or tube. Cylindrical fullerenes are called carbon nanotubes or buckytubes. Fullerenes are similar in structure to graphite, which is composed of a sheet of linked hexagonal rings, but they contain also pentagonal (or sometimes heptagonal) rings that prevent the sheet from being planar.

Obesity is ‘socially contagious’

Friday, July 27th, 2007

We shouldn’t be surprised that Obesity is ‘socially contagious’:

The [NEJM] study — the first to examine this phenomenon — finds that if one person becomes obese, those closely connected to them have a greater chance of becoming obese themselves. Surprisingly, the greatest effect is seen not among people sharing the same genes or the same household but among friends.

An odd stat:

If a person you consider a friend becomes obese, the researchers found, your own chances of becoming obese go up 57 percent. Among mutual friends, the effect is even stronger, with chances increasing 171 percent.

Aren’t most friends mutual friends?

More:

Christakis and Fowler also looked at the influence of siblings, spouses and neighbors. Among siblings, if one becomes obese, the likelihood for the other to become obese increases 40 percent; among spouses, 37 percent. There was no effect among neighbors, unless they were also friends.

The researchers analyzed data over a period of 32 years for 12,067 adults, who underwent repeated medical assessments as part of the Framingham Heart Study. They were able to map a densely interconnected social network of the study’s subjects by using the tracking sheets (which had previously been archived in a basement) that recorded not only the subjects’ family members but also unrelated friends who could be expected to find them in a few years.

The network map took two years to assemble and includes information on the participants’ body-mass index. Among the first things the researchers noticed was that, consistent with other studies finding an obesity epidemic in the U.S., the whole network grew heavier over time.

Also immediately apparent were distinct clusters of thin and heavy individuals. Statistical analysis revealed that this clustering could not be attributed solely to the selective formation of ties among people of comparable weights.

“It’s not that obese or non-obese people simply find other similar people to hang out with,” said Christakis, a physician and a professor in Harvard Medical School’s department of health care policy. “Rather, there is a direct, causal relationship.”

Further analysis also suggested that people’s influence on each other’s obesity status could not be put down just to similarities in lifestyle and environment, to, for example, people eating the same foods together or engaging in the same physical activities. Not only do siblings and spouses have less influence than friends, but also geography doesn’t play a role. The striking impact of friends seems to be independent of whether or not the friends live in the same region.

“When we looked at the effect of distance, we found that your friend who’s 500 miles away has just as much impact on your obesity as [one] next door,” said Fowler, an associate professor of political science at UC San Diego and an expert in social networks.

In part because the study also identifies a larger effect among people of the same sex, the researchers believe that people affect not only each other’s behaviors but also, more subtly, norms.

“What appears to be happening is that a person becoming obese most likely causes a change of norms about what counts as an appropriate body size. People come to think that it is okay to be bigger since those around them are bigger, and this sensibility spreads,” said Christakis.

Disparate Measures

Thursday, July 26th, 2007

Disparate Measures presents “six of the coolest scales” devised. Here are three of my favorites:

LAB BIOSAFETY LEVELS

What it measures: Biolab protocols
How it works: Each of the four levels spells out procedures based on the infectiousness of the germs present. BSL-1 covers high school lab rules like hand-washing and no eating. BSL-4, reserved for nasty airborne agents like Ebola, means air locks and X Files-grade hazard suits.

MOHS HARDNESS SCALE

What it measures: Strength of a mineral
How it works: Developed in 1812, Friedrich Mohs’ method rates hardness by staging catfights between minerals, from talc (1) to diamond (10). A rock ranks higher than substances it can scratch and lower than ones that can scratch it. As for real catfights, a finger-nail has a hardness of about 2.5.

TORINO IMPACT HAZARD SCALE

What it measures: Asteroid impact risk
How it works: Named after the Italian city where eggheads ratified it in 1999, a Torino score gauges the odds that a near-Earth object will hit us and the damage it would cause. A space rock that rates a 10 – paging Michael Bay – comes around only once every 100 millennia or so.