domingo, 2 de enero de 2011

Hold That Obit; MoMA’s Not Dead

Hold That Obit; MoMA’s Not Dead

Clockwise, from top left; Sara Krulwich/The New York Times; Patrick Andrade for The New York Times; Ruth Fremson/The New York Times.
Pipilotti Rist’s “Pour Your Body Out (7354 Cubic Meters),” top left, welcomed viewers to cushioned divans; right, Martin Kippenberger’s “Happy End of Franz Kafka’s ‘Amerika;’ below left, Marina Abramovic.
WHEN I walk through the Museum of Modern Art these days, it sometimes feels as if the place has come back from the dead — even if I’m not always so crazy about the life it happens to be leading. There’s often a confusing, disjunctive quality to it, especially where contemporary art is concerned, as the museum’s programming lurches from crowd-drawing, performance-art spectacles in the atrium to relatively dry and didactic exhibitions in its galleries. But at least there’s a pulse.
Fred Conrad/The New York Times
Barnett Newman’s “Broken Obelisk” resembled a stake in the heart of the atrium’s vastness.

The museum feels much, much more animated than it did back in 2005 and ’06, when it — and we — were first adjusting to its slick new home on West 53rd Street. That structure, designed by Yoshio Taniguchi and built at a cost of $425 million, opened in November 2004, and over the next two years it appeared to many depressed MoMA watchers that we were witnessing nothing less than a major museum’s suicide by architecture.
The building was fussy and sterile. The galleries felt too small (and still do), and the confusion and congestion of the network of hallways, escalators and elevators connecting them were extremely unpleasant (and still are). The total effect was overwhelmingly corporate, and a seeming betrayal of the Modern’s stated goal for the expansion: creating more breathing room for its existing and future collections, not to mention its public. And it was hard to see how under these constraints the museum was going to grow beyond its longtime role as guardian of its stringent, male-dominated, Cubist-based version of Modernism, as many had hoped the expansion would finally allow it to do.
And then there was the chilly and badly proportioned trophy-space atrium — four stories of spatial extravagance that the museum could ill afford. In the early days it was the leading symbol of the new building’s failed vision, and its effect on the art shown within it was dismal. Remember how Barnett Newman’s “Broken Obelisk” resembled a stake in the heart — albeit an ineffectual one — of the atrium’s vastness? Or the humiliating way that vastness made fairly robust paintings like Monet’s “Water Lilies” shrivel?
You may not. These days the atrium has become a symbol of something that might be called the New Modern. It is the most prominent sign of the museum’s giddy, even desperate, embrace of the new and the next, of large-scale installation and video art, as well as performance art, and generally of art as entertainment and spectacle. As such, the atrium is both a measure of the Modern’s new vitality and a symptom of something more than a little scary about where contemporary art is headed, or where the Modern is taking it. (Hint: Conceptual Art is the new Cubism.)
Like many museumgoers I can feel deeply ambivalent about what goes on in the atrium — variously vexed, seduced, pandered to, alienated and moved. Still, I think its transformation counts as progress. At least now, instead of worrying about the Modern’s vital signs, we can worry once more about what it is and isn’t doing, about the new life it has taken on.
This much is certain: The Modern isn’t sitting on its hands. Its tribe of curators is for the most part struggling with the building, which unfortunately usually means cramming too much art into its too small galleries. But the curators are also trying to make the most of their extraordinary collections and to free the museum from the straitjacket of art after, out of and up from Picasso. The increased attention to South American modernism is, for example, extraordinary. Too frequently, however, it seems that the curators revert to type, succumbing to the ingrained gravitational pull of the MoMA mind-set. This is an institution, after all, that as much as ever wants to end up on the right side of history.
You can see it in the museum’s gorgeous yet predictable installation of Abstract Expressionist paintings now arrayed on the fourth floor, where the curator, Ann Temkin, refused to crowd the art and ended up with a lavish greatest-hits parade that involved very little rethinking of the canon. But you can also see it in the current “On Line: Drawing Through the Twentieth Century,” which starts with Braque and Picasso (surprise!) and includes numerous underknown artists, often female ones, from around the world. It is so stylistically severe and monotonous that its ultimate effect is orthodox and close minded. It ends with an innocuous performance video of an artist arranging a bit of string on a table.
In other words, “On Line” once more traces what seems to be becoming the Modern’s sacred text: the “dematerialization of the art object” set in motion by Conceptual Art and its derivatives, Process Art, earthworks and performance. You can see the same epic played out in the latest display of art since 1970 on the museum’s second floor, as it was in many of its predecessors. Someone needs to turn the page. Contemporary art is simply too broad and rich to be so narrowly confined.
To its credit, perhaps, the Modern has become the leading exemplar of the changing role of new art in museums. Where museums used to be vaguely or overtly suspicious of the new, allowing it through the door only hesitantly, now they can’t get enough of it, or at least certain kinds of it.
In this month’s Artforum the French gallerist-writer François Piron refers to the we-can-show-anything openness of today’s museums as “museal porosity,” citing the Modern’s recent sideshowlike Marina Abramovic retrospective, sprinkled with nude performers.
Clearly the Modern’s “museal porosity” is most extreme in the atrium. Here we witness the new awareness of an ever growing, ever more attention-deficient audience and of the ways Conceptual Art and performance art speed up art consumption with the favoring of message over medium, of the relative simplicity of narrative over the complexities of form.
Angel Franco/The New York Times
Allora & Calzadilla’s piano with a hole. (The pianist is Mia Elezovic.)

Over the past few years you could say that the Modern has endeavored to retrain its audience with a combination of deprivation and reward. The public is learning that it can do without actual art objects as long as there is a payoff, preferably moving video images or live performers and a modicum of nudity. Which is to say that despite all the multiple-medium hustle and bustle of the new Modern, one thing stands out: its almost complete disregard for contemporary painting. These days that has largely been relegated to the museum’s lobby or hallways.
The evolution of the atrium from dead zone to nerve center is a fascinating part of the Modern’s history that will probably one day have its own book — or exhibition. High points would include the 2006 installation of “Rhapsody,” Jennifer Bartlett’s 1975-76 encyclopedic romp through the basics of representational and abstract painting conducted across nearly 1,000 12-inch-square enamel-on-steel plates. Wrapped around all three walls of the atrium, it was an early sign of the space’s potential for spectacle. In May 2007 viewers watched as the Romanian artist Dan Perjovschi spent two weeks making a wall drawing of fey, politically slanted cartoons that scaled the atrium. It was, in a way, the space’s first performance piece.
Soon the atrium was being annexed for larger works, set pieces and installations tied to the monographic surveys and retrospectives in the temporary exhibition galleries upstairs.Martin Puryear went first in the fall of 2007 with several works, including a tall, elegantly attenuated ladder. Olafur Eliasson dangled an electric fan overhead that became its own propeller, swinging itself back and forth, and Gabriel Orozco suspended an entire whale skeleton. Martin Kippenberger’s “Happy End of Franz Kafka’s ‘Amerika’ ” arrived in early 2009 — an expanse of cockeyed furniture simulating a demonic corporate office — and was memorable from every possible vantage point.
But the atrium was truly anointed as the billboard for the new, feisty radicality at the end of 2008. That was when Pipilotti Rist, one of the few women to tackle the atrium, covered its walls with giant video images in “Pour Your Body Out (7354 Cubic Meters)” — close-ups of red tulips, a menstruating swimmer and a rooting pig. The piece also involved an immense island of thickly cushioned divans where legions of people lolled, looked, snapped photographs and drifted off. Joseph Beuys’s famous term “social sculpture” took new meaning: hanging out.
Like the Tate Modern’s immense Turbine Hall in London, the atrium is a place where you can expect to be surprised, even shocked, by the latest thing, raw, still wriggling on the hook, just pulled out of some portion of the ocean of art. Wow! You mean sitting down at a table and staring into a woman’s (Marina Abramovic’s) eyes is art? Far out.
Screeching into a microphone at the top of my lungs is art? Yes, and it isn’t even all that new. This was “Voice Piece for Soprano,” a 1961 work by Yoko Ono, the Fluxus artist. The shrieks and yells, occasional o-o-oms and bits harmonizing it elicited from museum visitors lasted from June through November, adding regular jolts to the museum’s already fairly high noise levels and serving notice that not every juvenile, superficially avant-garde idea improves with age.
Thankfully the Ono was replaced last month by a marvelous, newly acquired 2008 performance-sculpture by the artist team Allora & Calzadilla that restored my faith in the whole idea of collecting performance art. It involves a baby-grand piano with a hole cut through its center, making room for a performer who plays the last movement ofBeethoven’s Ninth Symphony from the inside. The work provides a complex aesthetic experience while blurring the boundaries between traditional mediums and demonstrating the way that new art comes from old. It is, in short, everything that the Ono is not.
Of course, performance art has not been limited to the atrium. In its galleries the Modern has recently started mounting exhibitions documenting the work of various performance artists, among them Tehching Hsieh and Joan Jonas, and some of these have been wonderful. Nor is the atrium the only place where superficial sensationalism can be found. Take the current easy-viewing exhibition of film and limpid, glamorously digitalized screen tests by Andy Warhol, minimally organized by the museum’s curator at large, Klaus Biesenbach. I guess the show gets credit for being the least harried exhibition since the Modern reopened its doors. But it is also the most vacant: fast and light, a path of almost no resistance. It’s fun, with oodles of star power, but barely an exhibition at all.
Too often these days if you want to see art of real psycho-visual-formal substance, you have to fight the crowds in the permanent collection on the fourth and fifth floors. Too much of the recent art tends to either titillate or lecture. One way or the other, it is more about explanation than experience, about narrative than form.
There are exceptions, however, sometimes in the galleries but more reliably in the lobby. At the moment I recommend Elizabeth Murray’s imposing “Do the Dance” from 2005, which currently hangs above one of the information desks down there. A vivacious, suavely cartoonish jangle of shaped canvases in which the body is obliquely in evidence, it is surrounded by plenty of space, a rarity at the museum these days. It hangs in splendid isolation, outside both the teeming galleries and the latest version of history that seems to so preoccupy the new Modern.
This article has been revised to reflect the following correction:
Correction: December 30, 2010
An earlier version of this essay misstated the cost of the museum's new building. It was not more than $800 million. (The museum carried out an $858 million capital campaign to pay for the building and other projects.)

Computers That See You and Keep Watch Over You

Computers That See You and Keep Watch Over You

Hundreds of correctional officers from prisons across America descended last spring on a shuttered penitentiary in West Virginia for annual training exercises.

Smarter Than You Think

Keeping Watch
Articles in this series are examining the recent advances in artificial intelligence and robotics and their potential impact on society.


Some officers played the role of prisoners, acting like gang members and stirring up trouble, including a mock riot. The latest in prison gear got a workout — body armor, shields, riot helmets, smoke bombs, gas masks. And, at this year’s drill, computers that could see the action.
Perched above the prison yard, five cameras tracked the play-acting prisoners, and artificial-intelligence software analyzed the images to recognize faces, gestures and patterns of group behavior. When two groups of inmates moved toward each other, the experimental computer system sent an alert — a text message — to a corrections officer that warned of a potential incident and gave the location.
The computers cannot do anything more than officers who constantly watch surveillance monitors under ideal conditions. But in practice, officers are often distracted. When shifts change, an observation that is worth passing along may be forgotten. But machines do not blink or forget. They are tireless assistants.
The enthusiasm for such systems extends well beyond the nation’s prisons. High-resolution, low-cost cameras are proliferating, found in products like smartphones and laptop computers. The cost of storing images is dropping, and new software algorithms for mining, matching and scrutinizing the flood of visual data are progressing swiftly.
A computer-vision system can watch a hospital room and remind doctors and nurses to wash their hands, or warn of restless patients who are in danger of falling out of bed. It can, through a computer-equipped mirror, read a man’s face to detect his heart rate and other vital signs. It can analyze a woman’s expressions as she watches a movie trailer or shops online, and help marketers tailor their offerings accordingly. Computer vision can also be used at shopping malls, schoolyards, subway platforms, office complexes and stadiums.
All of which could be helpful — or alarming.
“Machines will definitely be able to observe us and understand us better,” said Hartmut Neven, a computer scientist and vision expert at Google. “Where that leads is uncertain.”
Google has been both at the forefront of the technology’s development and a source of the anxiety surrounding it. Its Street View service, which lets Internet users zoom in from above on a particular location, faced privacy complaints. Google will blur out people’s homes at their request.
Google has also introduced an application called Goggles, which allows people to take a picture with a smartphone and search the Internet for matching images. The company’s executives decided to exclude a facial-recognition feature, which they feared might be used to find personal information on people who did not know that they were being photographed.
Despite such qualms, computer vision is moving into the mainstream. With this technological evolution, scientists predict, people will increasingly be surrounded by machines that can not only see but also reason about what they are seeing, in their own limited way.
The uses, noted Frances Scott, an expert in surveillance technologies at the National Institute of Justice, the Justice Department’s research agency, could allow the authorities to spot a terrorist, identify a lost child or locate an Alzheimer’s patient who has wandered off.
The future of law enforcement, national security and military operations will most likely rely on observant machines. A few months ago, the Defense Advanced Research Projects Agency, the Pentagon’s research arm, awarded the first round of grants in a five-year research program called the Mind’s Eye. Its goal is to develop machines that can recognize, analyze and communicate what they see. Mounted on small robots or drones, these smart machines could replace human scouts. “These things, in a sense, could be team members,” said James Donlon, the program’s manager.
Millions of people now use products that show the progress that has been made in computer vision. In the last two years, the major online photo-sharing services — Picasa by Google, Windows Live Photo Gallery by Microsoft, Flickr by Yahoo and iPhoto by Apple — have all started using face recognition. A user puts a name to a face, and the service finds matches in other photographs. It is a popular tool for finding and organizing pictures.
Kinect, an add-on to Microsoft’s Xbox 360 gaming console, is a striking advance for computer vision in the marketplace. It uses a digital camera and sensors to recognize people and gestures; it also understands voice commands. Players control the computer with waves of the hand, and then move to make their on-screen animated stand-ins — known as avatars — run, jump, swing and dance. Since Kinect was introduced in November, game reviewers have applauded, and sales are surging.
To Microsoft, Kinect is not just a game, but a step toward the future of computing. “It’s a world where technology more fundamentally understands you, so you don’t have to understand it,” said Alex Kipman, an engineer on the team that designed Kinect.
‘Please Wash Your Hands’
A nurse walks into a hospital room while scanning a clipboard. She greets the patient and washes her hands. She checks and records his heart rate and blood pressure, adjusts the intravenous drip, turns him over to look for bed sores, then heads for the door but does not wash her hands again, as protocol requires. “Pardon the interruption,” declares a recorded women’s voice, with a slight British accent. “Please wash your hands.”
Three months ago, Bassett Medical Center in Cooperstown, N.Y., began an experiment with computer vision in a single hospital room. Three small cameras, mounted inconspicuously on the ceiling, monitor movements in Room 542, in a special care unit (a notch below intensive care) where patients are treated for conditions like severepneumonia, heart attacks and strokes. The cameras track people going in and out of the room as well as the patient’s movements in bed.
The first applications of the system, designed by scientists at General Electric, are immediate reminders and alerts. Doctors and nurses are supposed to wash their hands before and after touching a patient; lapses contribute significantly to hospital-acquired infections, research shows.

The camera over the bed delivers images to software that is programmed to recognize movements that indicate when a patient is in danger of falling out of bed. The system would send an alert to a nearby nurse.
If the results at Bassett prove to be encouraging, more features can be added, like software that analyzes facial expressions for signs of severe pain, the onset of delirium or other hints of distress, said Kunter Akbay, a G.E. scientist.
Hospitals have an incentive to adopt tools that improve patient safety. Medicare and Medicaid are adjusting reimbursement rates to penalize hospitals that do not work to prevent falls and pressure ulcers, and whose doctors and nurses do not wash their hands enough. But it is too early to say whether computer vision, like the system being tried out at Bassett, will prove to be cost-effective.
Mirror, Mirror
Daniel J. McDuff, a graduate student, stood in front of a mirror at the Massachusetts Institute of Technology’s Media Lab. After 20 seconds or so, a figure — 65, the number of times his heart was beating per minute — appeared at the mirror’s bottom. Behind the two-way mirror was a Web camera, which fed images of Mr. McDuff to a computer whose software could track the blood flow in his face.
The software separates the video images into three channels — for the basic colors red, green and blue. Changes to the colors and to movements made by tiny contractions and expansions in blood vessels in the face are, of course, not apparent to the human eye, but the computer can see them.
“Your heart-rate signal is in your face,” said Ming-zher Poh, an M.I.T. graduate student. Other vital signs, including breathing rate, blood-oxygen level and blood pressure, should leave similar color and movement clues.
The pulse-measuring project, described in research published in May by Mr. Poh, Mr. McDuff and Rosalind W. Picard, a professor at the lab, is just the beginning, Mr. Poh said. Computer vision and clever software, he said, make it possible to monitor humans’ vital signs at a digital glance. Daily measurements can be analyzed to reveal that, for example, a person’s risk of heart trouble is rising. “This can happen, and in the future it will be in mirrors,” he said.
Faces can yield all sorts of information to watchful computers, and the M.I.T. students’ adviser, Dr. Picard, is a pioneer in the field, especially in the use of computing to measure and communicate emotions. For years, she and a research scientist at the university, Rana el-Kaliouby, have applied facial-expression analysis software to help young people withautism better recognize the emotional signals from others that they have such a hard time understanding.
The two women are the co-founders of Affectiva, a company in Waltham, Mass., that is beginning to market its facial-expression analysis software to manufacturers of consumer products, retailers, marketers and movie studios. Its mission is to mine consumers’ emotional responses to improve the designs and marketing campaigns of products.
John Ross, chief executive of Shopper Sciences, a marketing research company that is part of the Interpublic Group, said Affectiva’s technology promises to give marketers an impartial reading of the sequence of emotions that leads to a purchase, in a way that focus groups and customer surveys cannot. “You can see and analyze how people are reacting in real time, not what they are saying later, when they are often trying to be polite,” he said. The technology, he added, is more scientific and less costly than having humans look at store surveillance videos, which some retailers do.
The facial-analysis software, Mr. Ross said, could be used in store kiosks or with Webcams. Shopper Sciences, he said, is testing Affectiva’s software with a major retailer and an online dating service, neither of which he would name. The dating service, he said, was analyzing users’ expressions in search of “trigger words” in personal profiles that people found appealing or off-putting.
Watching the Watchers
Maria Sonin, 33, an office worker in Waltham, Mass., sat in front of a notebook computer looking at a movie trailer while Affectiva’s software, through the PC’s Webcam, calibrated her reaction. The trailer was for “Little Fockers,” starring Robert De Niro and Ben Stiller, which opened just before Christmas. The software measured her reactions by tracking movements on a couple of dozen points on her face — mostly along the eyes, eyebrows, nose and the perimeter of her lips.
To the human eye, Ms. Sonin appeared to be amused. The software agreed, said Dr. Kaliouby, though it used a finer-grained analysis, like recording that her smiles were symmetrical (signaling amusement, not embarrassment) and not smirks. The software, Ms. Kaliouby said, allows for continuous, objective measurement of viewers’ response to media, and in the future will do so in large numbers on the Web.
Ms. Sonin, an unpaid volunteer, said later that she did not think about being recorded by the Webcam. “It wasn’t as if it was a big camera in front of you,” she said.
Christopher Hamilton, a technical director of visual effects, has used specialized software to analyze facial expressions and recreate them on the screen. The films he has worked on include “King Kong,” “Charlotte’s Web” and “The Matrix Revolutions.” Using facial-expression analysis technology to gauge the reaction of viewers, who agree to be watched, may well become a valuable tool for movie makers, said Mr. Hamilton, who is not involved with Affectiva.

Today, sampling audience reaction before a movie is released typically means gathering a couple of hundred people at a preview screening. The audience members then answer questions and fill out surveys. Yet viewers, marketing experts say, are often inarticulate and imprecise about their emotional reactions.
The software “makes it possible to measure audience response with a scene-by-scene granularity that the current survey-and-questionnaire approach cannot,” Mr. Hamilton said. A director, he added, could find out, for example, that although audience members liked a movie over all, they did not like two or three scenes. Or he could learn that a particular character did not inspire the intended emotional response.
Emotion-sensing software, Mr. Hamilton said, might become part of the entertainment experience — especially as more people watch movies and programs on Internet-connected televisions, computers and portable devices. Viewers could share their emotional responses with friends using recommendation systems based on what scene — say, the protagonists’ dancing or a car chase — delivered the biggest emotional jolt.
Affectiva, Dr. Picard said, intends to offer its technology as “opt-in only,” meaning consumers have to be notified and have to agree to be watched online or in stores. Affectiva, she added, has turned down companies, which she declined to name, that wanted to use its software without notifying customers.
Darker Possibilities
Dr. Picard enunciates a principled stance, but one that could become problematic in other hands.
The challenge arises from the prospect of the rapid spread of less-expensive yet powerful computer-vision technologies.
At work or school, the technology opens the door to a computerized supervisor that is always watching. Are you paying attention, goofing off or daydreaming? In stores and shopping malls, smart surveillance could bring behavioral tracking into the physical world.
More subtle could be the effect of a person knowing that he is being watched — and how that awareness changes his thinking and actions. It could be beneficial: a person thinks twice and a crime goes uncommitted. But might it also lead to a society that is less spontaneous, less creative, less innovative?
“With every technology, there is a dark side,” said Hany Farid, a computer scientist at Dartmouth. “Sometimes you can predict it, but often you can’t.”
A decade ago, he noted, no one predicted that cellphones and text messaging would lead to traffic accidents caused by distracted drivers. And, he said, it was difficult to foresee that the rise of Facebook and Twitter and personal blogs would become troves of data to be collected and exploited in tracking people’s online behavior.
Often, a technology that is benign in one setting can cause harm in a different context. Google confronted that problem this year with its face-recognition software. In its Picasa photo-storing and sharing service, face recognition helps people find and organize pictures of family and friends.
But the company took a different approach with Goggles, which lets a person snap a photograph with a smartphone, setting off an Internet search. Take a picture of the Eiffel Tower and links to Web pages with background information and articles about it appear on the phone’s screen. Take a picture of a wine bottle and up come links to reviews of that vintage.
Google could have put face recognition into the Goggles application; indeed, many users have asked for it. But Google decided against it because smartphones can be used to take pictures of individuals without their knowledge, and a face match could retrieve all kinds of personal information — name, occupation, address, workplace.
“It was just too sensitive, and we didn’t want to go there,” said Eric E. Schmidt, the chief executive of Google. “You want to avoid enabling stalker behavior.”

Around the World in 12 Months

Around the World in 12 Months


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Una vida sustentable

A Sustainable Life

Heads of State
It’s the day after New Year’s— broken your resolutions yet? No guilt necessary. After all, it’s hard enough to make it through a day, never mind a year, of good intentions. The problem is often with the resolutions themselves: Stay financially upright. Be loving to your spouse. Eat better. Recycle. Easy to say, but hard to do. So here, a guide on making those resolutions stick — and keeping the guilt at bay.
SUSTAINABLE LOVE

The Happy Marriage Is the ‘Me’ Marriage

For a long, fulfilling partnership: give your partner a chance to e-x-p-a-n-d.
SUSTAINABLE MONEY

Why a Budget Is Like a Diet — Ineffective

The battle, financial experts say, is finding ways to close the gap between good intentions and human nature.
SUSTAINABLE FOOD

Chop, Fry, Boil: Eating for One, or 6 Billion

Three basic recipes to help change the way we eat and live.
SUSTAINABLE FOOD

A Diet for an Invaded Planet: Invasive Species

On the menu, pests we can’t get rid of: kudzu, lionfish and Asian carp.
SUSTAINABLE TECH

Getting Over Our Two-Year Itch

That cellphone you loved in 2009 suddenly seems so yesterday. But is the trash bin the only answer?