Difference between revisions of "Animal Cyborgs"

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[[Image:cyborg-moth.jpg|300px|thumb|right|Cyborg Moth]]
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[[Image:animal-cyborg-maggie-nichols.jpg|600px|center]]
  
[http://io9.com/5572364/cyborg-cat-walks-on-bionic-feet Cyborg cat walks on bionic feet]
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===Definition===
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Animal Cyborg is a term used to describe an animal whose physical or mental form has been augmented with a piece of technology for the purposes of research, control, experimentation, or rehabilitation.
  
submitted by Chris Welsh
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===Implications===
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Animal Cyborgs are a promising area of study for several reasons. First off, one of the biggest hurdles in the development of human cyborgs is the restrictions on human testing. For example, it is ethically permissible to completely control the movements of a fly or beetle, which allows us to understand how nervous systems can be synthesized with circuitry to advance fields such as bionics. Animals have also evolved some capabilities that defy our most advanced technologies. The flight systems of a fly or hummingbird far outmatches even our most deft aircrafts. By building off of these advanced organisms we avoid having to start from scratch and can instead focus on novel combinations of animals' natural abilities and our technological augmentations. Animal cyborgs can also offer glimpses into non-human intelligences. Intelligence is a notoriously anthropocentric concept, and is often used as the elastic category by which we differentiate ourselves from mere "animals".
  
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Animal cyborgs allow us to understand and appreciate animals in new ways. For example, by embedding salmon with tracking devices we have started to appreciate the strange intelligence of this species that allows it to travel thousands of miles and return to the exact stream it spawned in. What would we learn about non-human intelligences from giving a bonobo a voicebox? Just as advances in exploration and navigation opened up our horizons of cultures, advances in informatic technologies could be the key for understanding new horizons of intelligence and culture in the many species that surround us.
  
[http://mashable.com/2010/06/01/cats-tweet-with-liveblogging-device/ Cat collar tweets photos and location]
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===Animal Cyborgs for Therapy===
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One of the problems with therapy animals is that they require care, feeding and training. They also require sleep and animal handlers. However, they provide an inordinate amount of therapy and care for the elderly and others who are otherwise prevented from living normal, everyday lives. One might say that therapy animals are an essential part of stimulating the minds of those who are bedridden.
  
submitted by Jeremaih Parry-Hill
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In Japan, a stuffed robot seal was created to solve these concerns for patients in retirement homes and patient care facilities. The robot was a baby harp seal named Paro. With "a plush coat of antibacterial fur", Paro became one of the pioneers among "socially interactive robots", and went on to live happily alongside "millions of elderly adults".<ref>
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Tergesen, Anne and Miho Inada. [http://online.wsj.com/article/SB10001424052748704463504575301051844937276.html It's Not a Stuffed Animal, It's a $6,000 Medical Device] Wall Street Journal Online. Published June 24, 2010, Accessed May 15, 2011.</ref>
  
[http://mashable.com/2010/04/27/cows-on-twitter/ RFID Tagged Cows Start Tweeting]
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Why was Paro so successful at providing care to the elderly? One possibility might be that the robot had a friendly shape that was both soft and reactive to the touch. And, unlike human-shaped robots, there was no possibility of an [[Uncanny Valley|uncanny valley]]. The main benefit of the robot is that it provided a sense of companionship and emotional response in a traditionally sterile environment. Unlike a flesh and blood therapy animal, Paro didn't require an animal handler, and its presence was not limited to visiting hours. It did not need to be fed or cleaned up after. In essence, it provided all of the elements of care that a therapy animal provided without the overhead costs. All of these elements combined to make Paro a successful and socially useful robot.
  
via Mashable
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==References==
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<references />
  
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[[Category:Book Pages]]
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[[Category:Finished]]
  
[http://techon.nikkeibp.co.jp/english/NEWS_EN/20090128/164717/ US University Shows Radio-controlled Live Beetle]
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__NOTOC__
Tsuneyuki Miyake, Nikkei Microdevices - Jan 28, 2009 19:49
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"The University of California, Berkeley succeeded in the experiment of controlling a live rhinoceros beetle by radio and disclosed the video of the experiment at the MEMS 2009 academic conference taking place in Sorrento, Italy.
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Researchers at the university controlled the movement of beetle wings and some other parts using radio signals sent to the six electrodes on its brain and muscles. They equipped the beetle with a module incorporating a circuit to send signals to the electrodes, wireless circuit, microcontroller and battery. The university has so far succeeded in several experiments of electrically controlling insects, but it used a radio control system this time.
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The researchers used rhinoceros beetles in this experiment because they can carry a weight of up to 3g. They can fly carrying the module weighing about 1.3g on their backs. And another reason is that they look cool, according to the university".
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via TechOn
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[http://www.newscientist.com/article/dn6429 New Scientist - Rats' brain waves could find trapped people]
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19:00 22 September 2004 by Emily Singer
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Rats equipped with radios that transmit their brainwaves could soon be helping to locate earthquake survivors buried in the wreckage of collapsed buildings.
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via New Scientist
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[http://english.people.com.cn/200702/27/eng20070227_352761.html People's Daily - Chinese scientists experiment with remote control of animals]
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UPDATED: 13:51, February 27, 2007
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"Chinese scientists said they have succeeded in an experiment to remotely control the flight of a pigeon with electronic technology.
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Scientists with the Robot Engineering Technology Research Center of east China's Shandong University of Science and Technology say they implanted micro electrodes in the brain of a pigeon so they can command it to fly right or left or up or down.
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The implants stimulated different areas of the pigeon's brain according to signals sent by the scientists via computer, and forced the bird to comply with their commands.
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It's the first such successful experiment on a pigeon in the world, said the chief scientist Su Xuecheng.
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The electronic signals resemble the signals generated by the brain which control body movement, said Su.
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Su and his colleagues are improving the devices used in the experiment ahd hope that the technology can be put into practical use in future.
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Su conducted a similar successful experiment on mice in 2005".
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Source: Xinhua
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[http://online.wsj.com/article/SB10001424052748704463504575301051844937276.html It's Not a Stuffed Animal, It's a $6,000 Medical Device]
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June 24, 2010 By ANNE TERGESEN And MIHO INADA
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Five years ago, a Japanese robot manufacturer introduced Paro to the world. Built to resemble a baby harp seal—with a plush coat of antibacterial fur—Paro was hailed in Japan as a pioneer among socially interactive robots, one that would help lift the spirits of millions of elderly adults.
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via Wall Street Journal Online
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Latest revision as of 06:02, 11 October 2011

Animal-cyborg-maggie-nichols.jpg

Definition

Animal Cyborg is a term used to describe an animal whose physical or mental form has been augmented with a piece of technology for the purposes of research, control, experimentation, or rehabilitation.

Implications

Animal Cyborgs are a promising area of study for several reasons. First off, one of the biggest hurdles in the development of human cyborgs is the restrictions on human testing. For example, it is ethically permissible to completely control the movements of a fly or beetle, which allows us to understand how nervous systems can be synthesized with circuitry to advance fields such as bionics. Animals have also evolved some capabilities that defy our most advanced technologies. The flight systems of a fly or hummingbird far outmatches even our most deft aircrafts. By building off of these advanced organisms we avoid having to start from scratch and can instead focus on novel combinations of animals' natural abilities and our technological augmentations. Animal cyborgs can also offer glimpses into non-human intelligences. Intelligence is a notoriously anthropocentric concept, and is often used as the elastic category by which we differentiate ourselves from mere "animals".

Animal cyborgs allow us to understand and appreciate animals in new ways. For example, by embedding salmon with tracking devices we have started to appreciate the strange intelligence of this species that allows it to travel thousands of miles and return to the exact stream it spawned in. What would we learn about non-human intelligences from giving a bonobo a voicebox? Just as advances in exploration and navigation opened up our horizons of cultures, advances in informatic technologies could be the key for understanding new horizons of intelligence and culture in the many species that surround us.

Animal Cyborgs for Therapy

One of the problems with therapy animals is that they require care, feeding and training. They also require sleep and animal handlers. However, they provide an inordinate amount of therapy and care for the elderly and others who are otherwise prevented from living normal, everyday lives. One might say that therapy animals are an essential part of stimulating the minds of those who are bedridden.

In Japan, a stuffed robot seal was created to solve these concerns for patients in retirement homes and patient care facilities. The robot was a baby harp seal named Paro. With "a plush coat of antibacterial fur", Paro became one of the pioneers among "socially interactive robots", and went on to live happily alongside "millions of elderly adults".[1]

Why was Paro so successful at providing care to the elderly? One possibility might be that the robot had a friendly shape that was both soft and reactive to the touch. And, unlike human-shaped robots, there was no possibility of an uncanny valley. The main benefit of the robot is that it provided a sense of companionship and emotional response in a traditionally sterile environment. Unlike a flesh and blood therapy animal, Paro didn't require an animal handler, and its presence was not limited to visiting hours. It did not need to be fed or cleaned up after. In essence, it provided all of the elements of care that a therapy animal provided without the overhead costs. All of these elements combined to make Paro a successful and socially useful robot.

References

  1. Tergesen, Anne and Miho Inada. It's Not a Stuffed Animal, It's a $6,000 Medical Device Wall Street Journal Online. Published June 24, 2010, Accessed May 15, 2011.