The Future of Health - "Human Body version 3.0"
April 03 2008 / by futuretalk
Category: Health & Medicine Year: General Rating: 8
Ageless, forever-healthy bodies that can change shape and
color on our command.
Imagine living in a body fashioned with “designer genes” that can never age or get sick; now picture yourself thinking with a mind that processes data millions of times faster than today’s brains. Finally, consider a world where you enjoy virtual reality indiscernible from reality; and can alter the color, shape, and size of your body, using only voice or thoughts.
Although these possibilities may seem too futuristic to happen in our lifetime, experts believe that technology advances in biotech, nanotech, quantum computing, and artificial intelligence could make this radical future become reality by 2030.
Famed futurist Ray Kurzweil, in his book The Singularity is Near, describes how our bodies will evolve in the future. Today’s frail “human body version 1.0” carries an unacceptable failure rate – over 50 million died last year. In the coming decades, biotech and nanotech revolutions will provide a more durable and capable “version 2.0”, extending healthy life and reducing deaths.
(cont.)
This brings us to “version 3.0”, a shape-shifting nanobot-assisted body boasting a zero failure rate, which, according to Kurzweil, could be available in the 2030s. Using voice or thoughts, our enhanced mind can command billions of computerized nanobots residing in our body to rearrange skin, muscles, and bones, and instantly change our appearance. We could become black, white, or tan; young or old – even switch genders and explore life as a member of the opposite sex.
“We would still look human,” Kurzweil says, “but our ideas of beauty will expand.” Also, future identification will focus on names and minds, not bodies. Admittedly, this transition may require some getting used to, but most people will adjust and enjoy their new “chameleon” body.
Ramez Nam in his book, More Than Human, says not everyone will opt for these changes. Some will want to stay as they are, while others will choose to transform. Humanity will expand, splinter, and blossom. Descendants whom we might not even recognize will one day populate the world. Yet they will all think, love, and dream just as we do today.
Future entertainment will be mindboggling. “By 2030, nanobots connected to neurons will provide totally convincing virtual reality,” Kurzweil says. “For reality, ‘bots will remain idle; to enter a simulation, they will suppress inputs from actual senses and replace them with signals appropriate for the virtual environment. Our brain will believe these feelings are originating from our own body.”
Another possibility, Kurzweil adds, is the “experience beamer.” We could send sensory experiences with emotions to the Internet for people to share, like the premise for the movie Being John Malkovich, whose characters enter Malkovich’s mind to observe his thoughts and activities. “A popular pastime in the future,” Kurzweil predicts, “will be to plug into another person’s program and experience their life.”
In the 2030s, technologies will affect everything from the way we date to the way we work; how we think and act; even how we fall in love. Will these events happen? Experts believe that exponentially-advancing technologies could make this “magical future” become reality – and in plenty of time to benefit many of us alive today.
Comment Thread (2 Responses)
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I understand the concept of exponential progress. But I think you are being way too optimistic about this whole shape-shifting nanobot-assisted thing. As of now we don’t have a very good idea about how to create even a single very primitive nanobot. So we are at 0. And in 30 years we still may end up with just 0.
Posted by: johnfrink April 05, 2008
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Nanobots may become possible in the timeframe mentioned in the article. Just last week, researcher Dr. Anirban Bandyopadhyay, writing in Proceedings of the National Academy of Sciences, announced the development of a tiny chemical “brain” which could one day act as a remote control for swarms of nano-machines.
To test the control unit, the researchers simulated docking eight existing nano-machines to the structure, creating a “nano-factory” or a kind of “chemical Swiss army knife.”
Of course, first we need to create self-reproducing nano-assemblers, which many researchers believe will be accomplished some time in the next decade – 2010-2020. If this rings true, then it would not require much to imagine creating nanobots by mid-2020s that can cruise through arteries and seek out and replace damaged and aging cells. And by the 2030s, many more applications could be developed including shape-shifting bodies around. Comments welcome.
Posted by: futuretalk April 07, 2008
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