Synaesthesia by SHOWstudio

ClothesOn the Synaesthesia website the making of the project is explained: “During the shoot of a ‘Balenciaga special’ by Nick Knight for Pop magazine in November ‘05, digital artist Daniel Brown was invited on set to respond to Nicolas Ghesquiere’s Spring/Summer ‘06 collection. Inspired by its delicately layered, translucent garments, Brown proposed a series of interactives based on the unpublished images from Knight’s story (published in January ‘06). Using the notion of ‘pictures for the blind’ as a stimulus, a collaboration with synaesthete and sound designer Nick Ryan ensued, aiming to interpret the source garments and images through sound. Follow the project from its initial meetings and tests to the final interactive works below, as Brown guides you along via a series of intimate film blogs.”See the websites for more information on Synaesthesia and the work of SHOWstudio. (via)

Clothes make a statement electronically

Fashion changes faster than ever today - but what if you could change your style at the speed of light? That’s what MIT researchers envision if they can link clothing design to the Internet. In their scenario, consumers won’t have to wait for new designs to be fabricated and distributed before they can be bought and worn. Instead, consumers will have instant access to new designs and the ability to display them on the clothes and accessories they already own at the push of a button or the click of a mouse.

“People are moving information around much more quickly now on the Web,” says Judith Donath, director of the MIT Media Lab’s Sociable Media Group.

“In music, for example, how long a song is a hit is changing very rapidly now,” Professor Donath says. When anyone can find out what her friends are listening to and download the latest hit in seconds, music trendsetters have to move fast to stay on the cutting edge.

Donath and her colleagues recently unveiled a new project called “urbanhermes” designed to apply this lightning-fast exchange of information to the fashion world. To these scholars, fashion is just another medium for communicating information, a way to show your place in the social hierarchy. “What you’re trying to convey to others is some form of status,” Donath says, “but the form of the signal changes. The dress you had to wear in the ’90s to be fashionable is very different from what you’d wear today.”

At the moment, fashion as a medium for communicating taste cannot change as quickly as electronic media do. You can only wear one outfit a day, and most of us have a finite supply of clothes. Clothing and accessories that can change their “look,” however, could make physical fashion as dynamic as Web culture.

The urbanhermes team has demonstrated its concept with a messenger bag that includes a sewn-in electronic display. But the project is not about technology or accessory design. It’s about creating a model for how we might integrate technology into our fashion experience.

“Other people are developing the underlying technology,” Donath says. “So we’re asking, what would I want to do with things that are worn? What would be the social mechanism behind it?”

Imagine subscribing to a daily - hourly! - feed of T-shirt designs. Or admiring a friend’s plaid slacks and then turning your own trousers into instant tartan twins. Perhaps clothiers will sell designs without their customers ever having to step inside a store. Maybe advertisers will pay you to wear their brand on your sleeve. These are the sorts of ideas bandied about in Donath’s group.

Even though it’s still on the drawing board, “e-fashion” has already drawn criticism. “I can’t imagine anyone I know wanting to change their jacket from black to red,” says Valerie Steele, museum director at the Fashion Institute of Technology in New York City. To her, fashion is “not really a question of an image, but of proportion, volume, the silhouette.”

“There’s some limited potential” to fabrics with integrated electronics, says Ms. Steele. She sees greater potential in “smart fabrics that respond to temperature so that you are cooler in the sun and warmer in the cold, but they are probably less flashy things than what’s being shown at MIT.”

Indeed, the most successful examples of integrating technology and fashion are ones in which technology adds to the function, not the appearance, of the clothing. Textronics, an electronic textile manufacturer, for example, made a sports bra that can monitor the wearer’s heart rate.

Last week, Apple and Nike unveiled Air Zoom Moire running shoes that, through an integrated wireless sensor, communicate the pace and distance the wearer has to his iPod Nano.

While the technology isn’t ready and the fashion industry seems uninterested now, “There’s a market for [e-textiles],” says Maggie Orth, CEO of International Fashion Machines (IFM). An ordinary garment that incorporates an electronic display, however, “isn’t yet on the horizon.”

Projects like urbanhermes explore the possibilities of electronic fashion from a blue-sky academic perspective, while IFM wrestles with the economic difficulties of integrating technology into clothing that will sell for more than the fabrication cost.

It would be particularly difficult to find a market for e-textiles that emit light, as most display technologies currently do. Even if researchers and engineers develop a display technology they can weave into everyday articles of clothing, “from the point of view of fashion, that puts them in a very particular category,” explains Ms. Orth. “You aren’t going to see something that’s lit up on the Oscar runway.”

IFM attempted a few years ago to integrate a more subtle display technology into clothing. Orth reasoned that e-ink, a flexible display technology that uses reflected light, would appeal to the fashion industry. Ultimately, however, the project wasn’t financially viable. “The profit margins in the fashion industry are super low,” Orth explains, and “electronics quantity doesn’t match fashion-industry quantity. It’s a matter of scale and of proving those business models.” Nonetheless, she considers Donath’s project an exciting idea.

Whether urbanhermes and e-fashion will convert skeptics and capture trendsetters’ imaginations is unclear. Steele thinks it’ll be a tough sell - after all, she says, “most people in New York just wear black.

(via)

proAesthetics

Damian O’Sullivan has re-designed the medical prosthesis to make their wearer feel like a dandy. The proAesthetics collection reflects the inherent beauty of recovery and mirrors the healing process of our mending bones. Slightly awkward and very fragile, just like us, they cry out, ‘handle with care‘!

Upon recovery, the ceramic eye-patch, arm-cast, neck-brace and crutch can be kept and treasured, and proudly exhibited.

09.03_proAesthetics.jpg

My pics on flickr being the usual lame, i used the images from MoCoLoCo and Core77.

Platform shoes for sex workers

Safety is one of the main concerns of urban sex workers. The Aphrodite platform shoes will have an alarm system, which emits a piercing noise to scare off attackers. The shoes are also outfitted with a GPS receiver and an emergency button that relays both the prostitute’s location and a silent alarm signal to public emergency services. Where there are problematic relations with law enforcement, the shoes will relay the signal to sex workers’ rights groups.

leddy4.jpg

The shoes will transmit their location via APRS (Automatic Position Reporting System) developed in the late 1970s. APRS uses amateur radio to transmit position reports, weather reports, and messages between users.

A prototype of the sandals will be on view in Eyebeam’s gallery May 2-13. The model will come with integrated LCD screen, speakers, internet connection and GPS tracking system. On May 13 visitors will be able to track the wearer in real-time as she traverses the city and join in a panel discussion between artists, technologists and sex work advocates. This event will conclude with a reading by Tracy Quan, performance by Ana Voog, Echo Transgression, and Melissa Gira, and live music by Natural Sphere.

MoBeeLine

MoBeeline allows people to send data about a user’s emotions to another’s clothes via SMS.

l3tc.jpg s6cc.jpg

The MoBeeline wearable Bluetooth accessory can receive data from a mobile phone. For example, one mobile phone user can send operative directions to the other’s clothes and share his/her feelings and emotions by sending signals to the other person’s clothes. According to the emotion the user wants to communicate, He or she will be able to modify the colors or patterns of the garment, or send emoticons to LEDs on the garment.

Video.
Developed by Chang Soo LEE and HyeJoo Lee at the ITP.

Balance/Imbalance

The Balance/Imbalance shirt by Sonali Sridha. On wearing your phone and keys, the garment is pulled down and covers the body. Every time the keys or phone are taken out to be used, the shirt skews in one direction leaving the wearer with a sense of imbalance. A purely mechanical solution to this notion of feeling awkward without your devices. 00oioioioi.jpg

Another of Sridha’s project strikes a chord with me because when i’m walking in the streets (even the empty ones) i compulsively check if my wallet, kaikaikiki, keys and mobile phones are indeed still in my bag. The pockets of the Presence/Absence jacket have a set of snaps sewed into them. These correspond with a set each on the wearer’s wallet, keys and phone. On putting your devices into the pockets and snapping them shut the devices are physically connected to the jacket. The jacket has 3 LED’s that stop blinking when these connections are completed. The LED’s move into a panic mode when any of these are absent by indicating with a rapid blink. Every minute or so the circuit does a quick check on all the components and makes sure they are all present and this is viewed when the LED’s dim slowly, reassuring their presence.

Apparel incorporating Chinese acupuncture launched in US

New York College of Health Professions has received an exclusive license on a patented, new line of clothing and accessories that provide the benefits of acupressure to specific points when in contact with the body. This product line can be self administrated by the wearer during sports activities.

Acupuncture and acupressure have been used for thousands of years and are well known in traditional Chinese medicine. Both have been shown to produce chemicals in the body that allow a person to either relax or become energized.

“We now have the ability to apply this to lines of clothing,” says Donald Spector, Chairman of the Board of Trustees of New York College of Health Professions. “While the application in sports is obvious, these clothing and accessories can also be used to reduce motion sickness, help in weight reduction and assist in smoking cessation,” says Mr Spector.

The means of attaining the natural drug release is by putting small seeds in the right places. When the consumer presses on these points they are basically practicing the most basic technique of acupressure.

“We are not going to say that this is as effective as our licensed professionals that the College trains to become practitioners of acupuncture or acupressure,” says Lisa Pamintuan, “but there should be a noticeable effect in many cases.”

The College will be launching the clothing and accessories line under the brand name MyChi but is also expecting that major apparel companies will license its technology.

Goggles for space sickness

Goggles that simulate a strobe-lighting effect could prevent the nauseating effects of space sickness – and that of more down-to-Earth travel.

The goggles were honoured at the Inventors’ Luncheon 2006 at NASA’s Johnson Space Center in Houston, Texas, US, on Thursday. They were designed by Millard Reschke at JSC, with George Ford and Jeffrey Somers at Wyle Laboratories in Houston.

Space sickness affects many astronauts for the first few days of their space missions, reducing what they are able to accomplish. Even after returning to Earth, between 60% and 70% of all astronauts still feel the ill effects of space travel.

Reschke came up with the idea for the glasses after observing a particular astronaut who had returned from a long stay on Russia’s former space station, Mir.

In a test that involved identifying symbols while walking on a treadmill, all the other astronauts previously tested performed less well after their space missions than before. But this astronaut performed surprisingly well – reproducing his pre-flight levels – and he also reported less space sickness than other long-duration space flyers.

Reschke’s team noticed that the astronaut’s eyes darted back and forth more than normal. The team suspected these eye jitters – known as square wave jerks – were helping to “freeze” the moving visual scene on his retina, protecting him from space sickness.

Black out

The symptoms of travel sickness are thought to result from a disagreement between visual information from the eyes and balance information from the inner ears, caused by the rattles and shakes of a vehicle’s movement.

A 1981 study suggested that strobe lighting might help with motion sickness, but it was not clear why. After Reschke saw the Mir astronaut, he wondered whether strobe lighting might also be freezing images on the retina.

So his team created glasses with lenses made of LCD “shutters” that switch from dark to clear very quickly, providing a strobe effect. In a study published in January 2006, Reschke’s team tested a pair of the glasses. The LCD shutters allowed four 10-millisecond “flashes” of light to come through each second.

The subjects using the glasses were able to endure simulated motion sickness for the entire 30-minute duration of the study – those without the goggles lasted only 24 minutes on average.

Vomit comet

Reschke suggests astronauts could wear the glasses during the early part of space missions to help them adjust. This would be preferable to anti-motion sickness drugs, which frequently make people drowsy.

“This is the most novel thing I’ve seen lately that has some promise,” says Frederick Bonato, a psychologist at Saint Peter’s College in Jersey City, New Jersey, US, who has studied motion sickness. But he told New Scientist that more testing of the concept is needed to be confident it can work.

Reschke’s group is currently testing the glasses on parabolic flights in the aptly nick-named “vomit comet”, an aircraft that simulates micro-gravity by diving towards the Earth. And a company called MacNaughton, Inc. in Beaverton, Oregon, US, is developing the glasses for use by Earth-bound travellers.

But Reschke cautions that the glasses will not completely eliminate all forms of motion sickness. “They’re not going to be a silver bullet,” he told New Scientist.

Cat Chow : Second Skin

Kresge Art Museum presents nearly twenty of contemporary artist Cat (Catherine) Chow’s garments fabricated from the stuff of daily life. Her “fabric” may be made of interwoven dollar bills, flat washers, one long zipper, corks, brass rings or rubber O-rings, twist ties, plastic hospital I.D. bracelets, or even dress snaps.


“I inherited the patience from my Buddhist father and the obsessiveness from my mother.” Once Chow has created the fabric, she begins the construction of the garment.

May 6 - July 28, in East Lansing, Michigan.
(via)

Antimine

Antimine is a combination Kevlar and Technogel protects those in danger of mine explosions keeping away shrapnel and pressure waves.

By students of University of Applied Science and Art in Hannover.

KATE HARTMAN : (re)connect

(re)connect is a garment that allows the wearer to receive feedback from their own gesture and touch. It is constructed of fleece, conductive fabric, conductive thread, boning, and vibrating motors.
Engaging in simple, instinctive poses provides the opportunity to close off the outside world and turn inward. Physical connections made between the hands and other points on the body close electric circuits, causing mild vibrations in different regions of the upper body. Both the hood and sleeves are generous in size, allowing the wearer to feel fully covered and protected. It is about centering, grounding, or focusing in the midst of chaos. It gives the power to create one’s own physical and mental space in any sort of situation.

scenario of use:

Put on the shirt. Make sure the hood is up and sleeves are covering your hands. Assume one of the
three positions: hands on head, hands on shoulders, hands on sides. Close your eyes. Take a
moment. Feel the vibration that is the result of you making a physical connection with yourself. Open
your eyes. Continue with your day.

for info: hartmank@gmail.com