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What is Next Nature?

With our attempts to cultivate nature, humankind causes the rising of a next nature, which is wild and unpredictable as ever. Wild systems, genetic surprises, autonomous machinery and splendidly beautiful black flowers. Nature changes along with us.

Posts Tagged ‘Augmented-Bodies’

  • Resting soldier

    New Technologies to Make Us Sleep Less, and Better

    Having 50% more “conscious lifetime” might sound like an appealing proposition to anyone with a hectic schedule. This could be achieved not necessarily by living longer, but by cutting down on the biggest time-waster of all: Sleep. Living life at 150% is an interesting proposal, but as Jessa Gamble debates in her essay at Aeon Magazine, “are we brave enough to embrace it?” The argument she raises is whether our custom of sleeping eight hours is culturally created. While previous scientific endeavors have been aimed at curtailing sleepiness itself, the current objective consists of restricting sleep to all but its most restorative stages.

    The Somneo Sleep Trainer, resembling a special mask, is being developed by Advanced Brain Monitoring (in conjunction with DARPA). It guides a soldier’s sleep pattern, ultimately making a four hour rest feel like eight. Transcranial direct-current stimulation, or tDCS, is another promising technology in sleep efficiency in that it allows subjects to combat insomnia as well as feel energized and focused after a few sessions. Yet another technique, transcranial magnetic stimulation (TMS), induces “slow-wave oscillations” and effectively manages to put us earlier into deep sleep.

    All such techniques, once past their developmental stage, could deeply affect our notion of what normal, natural sleep is. The question remains whether such technologies will be readily embraced, triggering a shift to a culture that adopts a more “optimal” sleep pattern. There might be considerable societal ramifications, for instance, by creating a schism between a more productive elite and a sleep dependent majority. So much for the notion of a good night’s sleep.

    Story via Aeon Magazine. Photo by Carlos Barria / Reuters

  • Adam Harvey's Stealth Wear

    With “Stealth Wear”, Hide from Unmanned Drones in Style

    The dawn of the domestic drone is near. In 2015 more than 20,000 unmanned aerial vehicles (UAVs) are expected to roam through the airspace of the United States alone. These unmanned drones, equipped with thermal imaging, video and audio recorders, may enable extreme levels of aerial invasion of privacy.

    But as history has shown, whenever a government attempts increased surveillance, “rebellious” citizens often create counter-methods. One such counter-method to the rise of a “global surveillance society” is artist Adam Harvey’s Stealth Wear. Stealth Wear is a clothing line that is designed to challenge authoritarian surveillance systems like drones. It is a vision for fashion that addresses “the growing need to exert control over what we are slowly losing, our privacy”. With his “Anti-Drone Garments” Harvey hopes to give some privacy back to wearers by making them invisible to the thermal imaging cameras widely used by UAVs. Two of the three garments are modeled on traditional Muslim dress, perhaps as a commentary on drone warfare in parts of the Islamic world. It is yet to be seen if people are willing to wear these garments, but the statement of these garments is clear: In Privacy We Trust.

    Source: Stealth Wear

  • Microchip

    Implantable Microchip Controls Appetite

    UK scientists have designed an implantable microchip that attaches to the vagus nerve, which helps to control a variety of body functions from heart rate to hunger. The chip, which is just a few millimeteres in size, is designed to read electrical and chemical signatures of appetite. The device then sends electrical signals to the brain to reduce or stop the urge to eat.

    The work could provide an alternative to weight-loss surgery. Sir Stephen Bloom, one of the researchers involved in the project, says that the chip could provide an alternative to “gross surgery” and reassures potential patients that “There will be a little tiny insert and it will be so designed as to have no side effects, but restrict appetite in a natural way”.

    Although this might sound revolutionary, there are other groups working on the vagus nerve to combat obesity. American companies such as EnteroMedics and IntraPace both use vagus nerve stimulation to try to reduce food consumption.

    Via: BBC. Image credit: Fresh Healthy Vending. Related: Implantable Silicon-Silk Electronics, Battery-Free Implantable Neural Sensor, Phone Tooth.

  • Samsung mind-control tablet

    Control Your Mobile Phone or Tablet Directly from Your Brain

    Samsung is introducing a new way of interacting with mobile devices. The world’s largest producer of mobile phones is experimenting with a mind-controlled tablet. Researchers at the Emerging Technology Lab are working with academics at the University of Texas in Dallas to develop the brain-control interface.

    The system uses an EEG-cap, which captures brain waves and translates them into different actions. The user is able to launch an app, select and pause a song, and call contacts. This hands-free form of interaction presents great opportunities for people with mobility impairments.

    Brain interfaces may be a more intuitive way of using electronic devices. Can you imagine calling a friend or checking your email without even touching your phone? This emerging technology is bringing the world of telepathy and telekinesis closer to reality.

    Story via Bright and Technology review. Picture via The Times.

  • nanosponge

    Nanosponges “Soak Up” Toxins and Antibiotic-Resistant Bacteria

    Engineers at the University of California have developed a “nanosponge” that can safely remove a variety of dangerous toxins from the bloodstream. Unlike other antitoxin platforms, this technology is not limited to a single type of threat. These nanoscale sponges can “soak up” MRSA, E. coli and other antibiotic-resistant bacteria, as well as venom from snakes and bees. Studies performed on mice show that 89% of the test subjects inoculated with the sponges survived a lethal dose of MRSA. Those injected after exposure to a lethal dose still had a high survival rate of 44% .

    The nanosponges are made of a biocompatible polymer core. In order to evade the immune system and remain in circulation in the bloodstream, the sponges are wrapped in red blood cell membranes. A single red blood cell membrane can generate thousands of nanosponges. The nanosponges work by outnumbering red blood cells, serving as “decoys” for the bacteria and toxins.

    Via Eurekalert.org 

  • Video_Braille_Phone

    What You Feel Is What You Get – Smartphone for the Blind

    In the sacred Hindu epic Mahabharata, a character called Sanjaya is entrusted with the duty of narrating the stories unfolding on the battleground to his blind king, Lord Dhritraashtra. It is said he was blessed with an ability to see events at a distance. So, in essence, the king had found himself an alternate pair of eyes who envisioned and reported live news events.

    One might think such magical stories don’t come true in our real lives. However in the world where technology and culture are a byproduct of each other, there is indeed one visionary with a revolutionary design goal in mind to affect the lives of the visually-deprived. Sumit Dagar, an interaction designer from the National Institute of Design in India, was awarded a Rolex Award for Enterprise for his work on the concept of a braille phone. This smartphone for the blind is based on haptic rather than visual or auditory feedback.

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  • The_immortal_cohen

    A Frankenstein-esque System

    Life-support machines, they are designed to activate our bodies when anatomy fails. But what will happen when the machines keep each other alive?

    Designers Revital Cohen & Tuur van Balen created The Immortal; a machine which exists out of several life-support machines connected with wires and electric cords. They keep each other alive through circulation of electrical impulses, oxygen and artificial blood.

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  • Image from Shutterstock.com

    Ingestible Microchips Monitor Medication

    In July 2012 Digestible Microchips (a similar product to the Metabolic guardians from our own NANO Supermarket) were approved by the US Food and Drug Administration (FDA) for use in placebo pills.

    “About half of all people don’t take medications like they’re supposed to,” says Eric Topol, director of the Scripps Translational Science Institute in La Jolla,California. “This device could be a solution to that problem, so that doctors can know when to rev up a patient’s medication adherence.” Topol is not affiliated with the company that manufactures the device, Proteus Digital Health in Redwood City, California, but he embraces the sensor’s futuristic appeal, saying, “It’s like big brother watching you take your medicine.”

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  • 199-640x452

    Tattoos that Make Everyone a Product

    A few years ago, there was a brief trend of barcode wrist tattoos, which seemed to imply that the human body was just another product to be bought. With this photo, the artist Eddie Lin makes this question explicit. Did he really print QR codes on his skin? We don’t know. However, his work positions humans as consumer products, and puts work at the center of our lives. In this vision, we are defined by our business cards. It’s a scary idea to think that we might be sorted and tattooed like animals, but if you think about it, we’re all already on record.

    Via Fubiz.

  • YouTube Preview Image

    Control Your Environment with Myo

    In same spirit of Kinect and other movement detectors, the Canadian firm Thalmic Labs recently presented Myo, a high-tech armband able to interpret musclular contractions. Myo changes your hand into a computer mouse: Raise your hand and make the web page change, or remotely manipulate a robot or drone. The device turns the world into a giant touch-sensitive screen, without actually needing to touch anything.

    Myo might seem like magic, but it uses an old technology that has been used in electromyography to control the muscle and nerve activity in patients. In addition to a basic Bluetooth connection, this technology allows Myo to foresee arm movements by a tiny fraction of a second. This amazing device will be available by the end of the year for a quite reasonable price – around $115. So, if you want to feel like the mutant Magneto, it’s already possible!

    Via Futura-Sciences.

  • early egyptians brewing beer

    Did Booze Make Us Human?

    Psychiatrist Jeffrey P. Kahn believes that beer, far from being an agent of chaos, is what gave our ancestors modern civilization. Beer, he writes, triggered our leap from rule-bound hunter-gathers into the creative, complex societies we’ve been for the last 10,000 years. There’s certainly evidence to back up his claims. Grain may have been domesticated to satisfy our craving for alcohol rather than for bread. In fact, brewing does appear to predate baking by 3,000 years. There’s no doubt that dense towns and cities flourished on fermented beverages when plain water was too dangerous to drink. And, as Guinness likes to point out, beer has certain nutritional benefits, not to mention that it’s high in calories.

    Kahn’s argument, however, extends far deeper than beer ‘s early role as a safe drink and easy source of calories. What Kahn identifies as humanity’s five core social tendencies – codependence on our tribe members, hierarchy, responsibility, fear of offending others, and conveniently dying when we get too old to be of use – were vital but rigid. According to Kahn, humans needed booze to shake off these instinctual strictures in order to become more expressive, creative, and experimental. No beer, no art. No wine, no democracy. But is tipple really that vital, or is something deeper at play?

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  • 3dbone

    Swap Your Bones for an Improved, 3D-Printed Version

    3D printing technology is improving quickly. The applications of these revolutionary devices are obvious regarding medicine and body science. Scientists have already created 3D-printed ears. It may be that more complex organs are only a few years away.

    The medical applications are clear, but what if we thought about 3D organ printing in a more cosmetic way ? Nowadays, piercings and tattoos are not limited just to rebels, but are popular for many people. On the more extreme end, subdermal implants have appeared too, borrowing both from plastic surgery and from piercing. Changing your outside apparence is a common practice. But we could use 3D printing to change our inside appearance too.

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  • 042_Partin-800x627

    3D-Printed Skin Cells as an Aesthetic Statement

    Here is a next natural form of body modification, a 3D printed tattoo. Maria, a 23 year old girl from the Netherlands, printed her skin with a design made from stem cells. For her, two diagonal lines mean rebellion and one horizontal line means peace. For Maria, these three ambivalent lines represent the state of utopia.

    During the London International Tattoo Convention, I interviewed Dr. De Jong who performed the operation. He was a tattoo artist until his 30s and has been trying to find a new form of self expression. He confidently said “Tattoo is a very ancient form of fashion and we need to use a new means to express ourselves. I am sure this 3D printed tattoo will soon be fashionable in Amsterdam and Tokyo and will spread across the world”.

    This story is actually a fiction; the photo is from Ted Partin’s book Eyes Look Through You. But perhaps it is not entirely a fiction, but a fictional reality. Think about Stelarc’s Ear on Arm, or 3D printing technology branching out to bone, organs and skin. People already do astonishing things with their bodies. Why not 3D-printed modifications?

    YouTube Preview Image
  • DNAfaces08

    Artist Creates Portraits of Strangers Using DNA in Discarded Hair

    Through cigarette butts and strands of loose hair, we constantly and carelessly discard our genetic material. One New York-based artist, Heather Dewey-Hagborg, used these random traces left behind by unsuspecting strangers to make sculptures of what their owners might look like.

    In her Stranger Visions series, Dewey-Hagborg created physical models using DNA facial modeling software and a 3D printer. The masks reflect eye color, geographical roots, sex, and other traits, but not exact facial features because forensic phenotyping can’t yet fill in all the details. Stranger Visions calls attention to the potential for a culture of “genetic surveillance” made possible by inexpensive $1,000 DNA sequencers. “As a society,” says Dewey-Hagborg, ”we need to have a discussion about that.”

    Soon, our entire genome may be accessible to strangers within minutes, with fears of cloning or genetic hacking to go along with it. It’s unsettling to think that our DNA, and therefore our identities, are not as precious as we think they are.

    Via Designboom.

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  • ElizaSecondSightRetinalimplantMasterandLead-1360942862868

    Bionic Eye: Limited Vision to the Blind

    On Valentine’s day, the US Food and Drug Administration approved the first treatment that can restore (limited) eyesight to (some) blind people. This means that the first “bionic eye” will come to the American market next year! This milestone device allows users to see “crosswalks on the street, the presence of people or cars, and sometimes even large numbers or letters.

    The treatment involves sheets of electrodes implanted behind the eye, glasses with an attached camera and a video processer. With this system, the device bypasses the damaged retina and transmits images directly to the brain. According to the company which produces the implants, they could also be beneficial for elderly people with bad eyesight.

    For the rest of us, we’ll just wait for implants that improve our “normal” vision.

    Via IEEE Spectrum

  • algae opera feeds algae with the breath of a singer

    “Algae Opera” Nourishes Algae with a Singer’s Breath

    Are you blessed with a Maria Callas kind of voice? If, like us, you don’t go beyond croaking the occasional ” I want to break free” in the shower, watch out. If the artists of Algae Opera have their way, your morning algae might not taste so sweet.

    Algae Opera debuted at the London 2012 Design Festival as part of Isoculture, a project that redesigns the city as a self-sustaining system. The structure, created by After Agri, channels the flow of CO2 produced by the powerful lungs of an opera singer’s breath into plastic tubes that feed what may soon become a fundamental source of nutrition: algae. But that’s not all there is to this synesthetic experience. The song and modulation of the singer’s voice, in connection with new techniques of sonic enhancement, influence the perception of the eating experience, shifting the taste of algae to either bitter or sweet.

    Algae opera is a project that reframes art as a functional actor in future society, recontextualizing opera from a pleasing aesthetic experience to a functional tool to grow food. The project shows how society’s sensibilities can be reframed through technology and creativity, in order to deal with the challenges we’ll face as inhabitants of an overpopulated planet. So lie back and relax: dinner will be ready around the third act.

    Story via Wired. Image via Laughing Squid.

  • bionic_man-1360233362221-1360257396523

    Bionic man

    It’s not really a man, and it’s not really a robot. Nor is it a cyborg, although this might be the most accurate description. This $1 million dollar bionic something is a showcase of what we are currently capable of installing in human beings along with a look at the future of augmented biology.

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