Artificial intelligence

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The Spontaneous Healing of Belief: Shattering the Paradigm of False Limits Gregg Braden See book keywords and concepts

In a 1996 paper titled "A Computer Scientist's View of Life, the Universe, and Everything," Jiirgen Schmidhuber of Dalle Molle Institute for artificial intelligence elaborated on Zuse's ideas.18 Exploring the possibility that our universe is the output of an ancient reality program that has been running for a very long time, Schmidhuber begins with the assumption that sometime in our distant past a great intelligence began the program that created "all possible universes.

Jurgen Schmidhuber of Switzerland's Dalle Molle Institute for artificial intelligence is one of the leading proponents of the idea that our world is the result of a great cosmic computer. Lacking only the words that say, "In a galaxy far, far, away ..." Schmidhuber leaves little doubt as to how he believes our universe began, stating, "A long time ago, the Great Programmer wrote a program that runs all possible universes on His Big Computer.

The Field - The Quest for the Secret Force of the Universe Lynne Mctaggart See book keywords and concepts

In America, the AND Corporation, a company with offices in New York, Toronto and Copenhagen, was working away at artificial intelligence based upon the ideas of Karl Pribram and Walter Schempp about how the brain works. Its proprietary system, called Holographic Neural Technology (Hnet), for which it now has a worldwide patent, used principles of holography and wave encoding for computers to learn tens of thousands of stimulus-response memories in less than a minute and to respond to tens of thousands of these patterns in less than a second.

The Spontaneous Healing of Belief: Shattering the Paradigm of False Limits Gregg Braden See book keywords and concepts

A recent example of artificial intelligence that made worldwide headlines is the computer named Deep Blue.10 Designed specifically as a chess-playing program, Deep Blue won Game 1 against the reigning world champion, Garry Kasparov, in a February 10, 1996, match that was seen around the world. Afterward, Kasparov commented that the computer program showed "deep intelligence" and "creativity" that even the chess master couldn't understand. In some respects, we may not be so different from Deep Blue.

The implications of humanoid robots as laborsaving devices are more ominous than most people realize Mike Adams, the Health Ranger See article keywords and concepts

REPPED: In the not-too-distant future, artificial intelligence will advance to the point where robots can perform useful functions in our everyday lives. But it's not just artificial intelligence that needs to advance in order to enable useful humanoid robots; we also need major advancements in portable power, vision recognition, touch sensing, and even muscle control.

Cures for cancer already exist, but not in the realm of chemical-based medicine, says holistic nutritionist Mike Adams, the Health Ranger See article keywords and concepts

And get this -- some artificial intelligence geeks think human beings are nothing more than complex computers (Turing machines). In contrast to all this, if you believe that the universe is holistic in nature; if you believe that a human being is more than the sum of body parts -- that we're more than Frankenstein monsters who happen to stumble into doctors' offices with various complaints, then it is not difficult at all to understand that the cure for cancer is within each and every one of us. And in fact, it's built right into our DNA.

The implications of humanoid robots as laborsaving devices are more ominous than most people realize Mike Adams, the Health Ranger See article keywords and concepts

But it's not just artificial intelligence that needs to advance in order to enable useful humanoid robots; we also need major advancements in portable power, vision recognition, touch sensing, and even muscle control. Language detection capabilities are also desperately needed before we will see useful robots, but assuming that these technical hurdles will at some point be resolved, we will eventually end up with useful humanoid robots that can start to do some things for us around the house, around the office, around medical facilities, and other similar places.

Emerging technology is not the answer to the world's social and economic problems Mike Adams, the Health Ranger See article keywords and concepts

So I don't discount the fact there is really some amazing technology out there, and that artificial intelligence will certainly become a very important factor in the ongoing march of technology and how it affects society. What I'm questioning is that we'll be able to interface this digital world of computers with the world of the human mind and consciousness. I don't think these connect very well. It's not like we have a VGA connection in the back of our heads, and if we plug it into our computer monitor while we're sleeping, we could view our dreams.

There is no question in my mind that there will be artificial intelligence. But consciousness? That's another matter completely. We don't even really know what the nature of consciousness is. We don't really even know ourselves yet. Even our best scientists really have no clue how consciousness comes into being. How many people sit down and truly explore the meaning of self? How many people even know themselves? How many people understand consciousness even at a basic level? Very few, I think. The people who do are not scientists, by the way.

Now, what's really important about this, and what's worth discussing about this news, is that there continues to be this great tendency by scientists, especially those in the fields of artificial intelligence and computer science, to think of the human brain as being just some really advanced computer. They think that if computers keep getting more and more advanced, at the pace that it's going today, if Moore's law holds up, and they can keep cramming more transistors onto computer chips at ever increasing rates -- they figure sooner or later, these computers will achieve consciousness.

The Fabric of Reality: The Science of Parallel Universes and Its Implications David Deutsch See book keywords and concepts

Yet the proposition that artificial intelligence is possible in principle, which follows by simple logic from this prevailing theory, is by no means taken for granted. (An artificial intelligence is a computer program that possesses properties of the human mind including intelligence, consciousness, free will and emotions, but runs on hardware other than the human brain.) The possibility of artificial intelligence is bitterly contested by eminent philosophers (including, alas, Popper), scientists and mathematicians, and by at least one prominent computer scientist.

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Neil Armstrong was the first man to set foot on the moon. artificial intelligence (AI) The means of duplicating or imitating intelligence in computers, robots, or other devices, which allows them to solve problems, discriminate among objects, and respond to voice command. astronaut A crew member of a space mission launched by the United States. (See Apollo program, Gemini program, and Mercury program.) atom smasher Colloquial term for a particle accelerator. control plug uranium wedge Atomic bomb.

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Little Boy," the type of bomb dropped on Hiroshima (top), and the mushroom cloud that follows an atomic explosion. artificial intelligence (AI) The means of duplicating or imitating intelligence in computers, robots, or other devices, which allows them to solve problems, discriminate among objects, and respond to voice command. artificial reality See virtual reality. astronaut A crew member of a space mission launched by the United States. (See Apollo program and Mercury program.) Bathyscaph. A blueprint of a bathyscaph (above), and a photograph of the exterior (right).

AI See artificial intelligence. air pollution The addition of harmful chemicals to the atmosphere. The most serious air pollution results from the burning of fossil fuels, especially in internal-combustion engines. alternating current (AC) An electric current in which the flow reverses periodically. (Compare direct current [dc].) fa In the United States, most household current is AC, going through sixty reversal cycles each second. Electric motors in household appliances are designed to work with current at this rate of reversal.

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It's rationalist allopathy taken to its necessary, teleological extreme: artificial intelligence without a body, totally programmable, manipulable, controllable. Suzanne Jantille is a cyborg: she's a paraplegic literally without limbs, who lies in bed wearing a virtual-reality helmet and operates a remote humanoid robot on her behalf out in the world, as a perpetual out-of-body experience and human simulacrum. She is a remote person. "This is how she sees and hears, through a machine. All of her world is far away from her body.

The Timetables of Science: A Chronology of the Most Important People and Events in the History of Science Alexander Hellemans and Brian Bunch See book keywords and concepts

Progress in the development of high-level languages and artificial intelligence suggests that computers programmable in plain English will be a reality in the near future. programs that put people in space. From the first flights in 1961, the adventure (and occasional disaster) of human space travel has been the focus of much of the space programs of both the Soviet Union and the United States. The US program first focused on putting people on the moon. It succeeded in 1969, although the project was abandoned after a few additional trips.

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He's among the world's leading authorities on artificial intelligence, runs a successful company, Kurzweil Applied Intelligence in Waltham, Massachusetts, and has, at last count, nine honorary doctorates. But his diet and his genes nearly did him in. "My father died of a heart attack when he was 58," he says. "I lived under a cloud. I had the sense that I would never live to see my own son reach the age of 32." In late 1987, this creative and highly motivated engineer began using his brainpower to lower his risk of heart disease. Kurzweil's blood cholesterol levels looked grim.

The Dictionary of Cultural Literacy E. D. Hirsch See book keywords and concepts

AI See artificial intelligence. air pollution The addition of harmful chemicals to the atmosphere. The most serious air pollution results from the burning of fossil fuels, especially in internal-combustion engines. alternating current (AC) An electric current in which the flow reverses periodically. (Compare direct current [dc].) fa In the United States, most household current is AC, going through sixty reversal cycles each second. Electric motors in household appliances are designed to work with current at this rate of reversal.

101 Things You Don't Know About Science And No One Else Does Either James Trefil See book keywords and concepts

Another computer approach involves the techniques of artificial intelligence. Data on known folding patterns of amino acid strings are fed into a computer, which then guesses a folding pattern for a new molecule based on analogies to known proteins. The problem: you can never be sure the guess is right. Whichever technique finally brings us to a solution of the protein folding problem, one thing is clear. When the problem is solved, we will have eliminated a major roadblock on the road to manufacturing any molecule we want.

Certainly, after going through all of the breathless prose about artificial intelligence, for one, we should be a little skeptical of extravagant claims for the emerging technology of virtual reality. The idea behind it is simple and comes from a basic principle of information theory. We know about the world through sense impressions, and every sense impression can, in principle, be broken down into an electronic signal sending units called bits (a contraction of "binary digit"). A bit is the answer to one simple question ?on or off? up or down? 0 or 1? Take your TV set as an example.

The Fabric of Reality: The Science of Parallel Universes and Its Implications David Deutsch See book keywords and concepts

The possibility of artificial intelligence is bitterly contested by eminent philosophers (including, alas, Popper), scientists and mathematicians, and by at least one prominent computer scientist. But few of these opponents seem to understand that they are contradicting the acknowledged fundamental principle of a fundamental discipline. They contemplate no alternative foundations for the discipline, as Penrose does. It is as if they were denying the possibility that we could travel to Mars, without noticing that our best theories of engineering and physics say that we can.

But it is not only the opponents of artificial intelligence who have failed to incorporate the Turing principle into their paradigm. Very few others have done so either. The fact that four decades passed after the principle was proposed before anyone investigated its implications for physics, and a further decade passed before quantum computation was discovered, bears witness to this. People were accepting and using the principle pragmatically within computer science, but it was not integrated with their overall world-view.

For example, of those who deny the possibility of artificial intelligence, and find themselves in effect denying that the brain is a physical object, a few are really only trying to express a much more reasonable criticism: that the Turing explanation of computation seems to leave no room, even in principle, for any future explanation in physical terms of mental attributes such as consciousness and free will. It is then not good enough for artificial-intelligence enthusiasts to respond brusquely that the Turing principle guarantees that a computer can do everything a brain can do.

So will every extraterrestrial and artificial intelligence that could ever have existed. The controlling program can look out for these intelligent beings and, if it wants to, place them in a better virtual environment - one, perhaps, in which they will not die again, and will have all their wishes granted (or at least, all wishes that a given, unimaginably high, level of computing resources can meet). Why would it do that? One reason might be a moral one: by the standards of the distant future, the environment we live in today is extremely harsh and we suffer atrociously.

Stopping the Clock: Longevity for the New Millenium Ronald Klatz and Robert Goldman See book keywords and concepts

Marvin Minsky of the Massachusetts Institute of Technology, the man credited with the invention of artificial intelligence, posed this question to the audience: "Who here wishes to live to the ripe age of 500?" Eighty percent of hands in the room rose with little hesitation. "Well," said Minsky, "now at last we're ready for the next millennium." Aging is not inevitable! The war on aging has begun!

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ABOUT THE CREATOR OF NATURALPEDIA: Mike Adams, the creator of this NaturalNews Naturalpedia, is the editor of NaturalNews.com, the internet's top natural health news site, creator of the Honest Food Guide (www.HonestFoodGuide.org), a free downloadable consumer food guide based on natural health principles, author of Grocery Warning, The 7 Laws of Nutrition, Natural Health Solutions, and many other books available at www.TruthPublishing.com, creator of the earth-friendly EcoLEDs company (www.EcoLEDs.com) that manufactures energy-efficient LED lighting products, founder of Arial Software (www.ArialSoftware.com), a permission e-mail technology company, creator of the CounterThink Cartoon series (www.NaturalNews.com/index-cartoons.html) and author of over 1,500 articles, interviews, special reports and reference guides available at www.NaturalNews.com. Adams' personal philosophy and health statistics are available at www.HealthRanger.org.