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originally posted by: PlasticWizard
OK, these Al guys need to unplug the computer brain and focus on creating an algorithm or mechanism for the AI to explain why it makes certain decisions and a way for the human user can correct the problem with new information, like an quick edit to what ever made the AI make the wrong choice.
originally posted by: Aazadan
a reply to: markosity1973
Cleverbot and other chat boots basically just parse language, they don't apply meanings to the words.
In Wolfram's view, everything in the Universe is the product of a computer program. In fact, he imagines an abstract cyber-universe of all conceivable computer programs, all the way from the simplest up to the most complex. This "computational universe" contains everything from the Apple Macintosh operating system to a program for creating a faster-than-light starship.
Wolfram believes he has found nature's big secret - how it generates the complexity of the world, everything from a rhododendron to a tree to a barred spiral galaxy by applying simple rules over and over again as a simple computer programs.
The existence of this computational universe is the crucial thing. But the reality is it would be it easier and more efficient for an ET civilization to stay at home and use a computer to search the computational universe for useful programs rather than try to get the same information by hunting for ETs to talk to among the 200 billion or so stars in the Milky Way. "It's a simple numbers game," says Wolfram.
Everything is generated by computer program,"and that includes you and me," says Wolfram. "Someone halfway across the Galaxy could have found the computer program for you and conversing with you at this very moment."
Counterfactual quantum cryptography (CQC) is used here as a tool to assess the status of the quantum state: Is it real/ontic (an objective state of Nature) or epistemic (a state of the observer's knowledge)? In contrast to recent approaches to wave function ontology, that are based on realist models of quantum theory, here we recast the question as a problem of communication between a sender (Bob), who uses interaction-free measurements, and a receiver (Alice), who observes an interference pattern in a Mach-Zehnder set-up. An advantage of our approach is that it allows us to define the concept of "physical", apart from "real". In instances of counterfactual quantum communication, reality is ascribed to the interaction-freely measured wave function (ψ) because Alice deterministically infers Bob's measurement. On the other hand, ψ does not correspond to the physical transmission of a particle because it produced no detection on Bob's apparatus. We therefore conclude that the wave function in this case (and by extension, generally) is real, but not physical. Characteristically for classical phenomena, the reality and physicality of objects are equivalent, whereas for quantum phenomena, the former is strictly weaker. As a concrete application of this idea, the nonphysical reality of the wavefunction is shown to be the basic nonclassical phenomenon that underlies the security of CQC.
originally posted by: Lightworth
a reply to: neoholographic
Didn't watch the video, but I still see nothing that addresses the anomalous, unexpected, unexplained etc. Or please let me know what specifically I'm missing if applicable. How extremely ironic it is that so much of science AS WE KNOW IT is basically just a fancier, more scholarly version of the old (and particularly monotheistic) religions, which believes itself to have all the answers. Same arrogance, new packaging, or at least in a strong enough sense. Am not saying there is no validity in what you present, just that it doesn't cover absolutely everything.
originally posted by: Aazadan
originally posted by: Lightworth
a reply to: neoholographic
Didn't watch the video, but I still see nothing that addresses the anomalous, unexpected, unexplained etc. Or please let me know what specifically I'm missing if applicable. How extremely ironic it is that so much of science AS WE KNOW IT is basically just a fancier, more scholarly version of the old (and particularly monotheistic) religions, which believes itself to have all the answers. Same arrogance, new packaging, or at least in a strong enough sense. Am not saying there is no validity in what you present, just that it doesn't cover absolutely everything.
Check out Godel's Incompleteness Theorem. Basically, it asserts that there are truths in the universe that are true but cannot be proven. It's a real issue in computing.
originally posted by: aim3333
What quantum computer we need for AI to make it consciousness at least like animal?
Your Android phone (or iPhone, if that's how you roll) is an impressive machine, with computing speeds and storage capacities thousands of times those of desktop PCs from only years ago. If Moore's Law holds up, your smart watch may outshine today's phones the way today's phones eclipse old PCs.
But no matter how powerful these machines become, they may never develop true intelligence if we continue to rely on conventional computing technology. According to the authors of a paper published in the journal Physical Review X last July, however, adding a dash of quantum mechanics could do the trick.
That's not to say you'd need to make a full-blown quantum computer to build a truly intelligent machine - only part of an otherwise classical computer would need to be supplemented with a bit of quantum circuitry. That's good because progress toward developing a stand-alone quantum computer has been about as slow as the progress toward artificial intelligence. Combining artificial intelligence systems with quantum circuitry could be the recipe we need to build the HAL 9000s and R. Daneel Olivaws of the future
It seems that evolution had not merely selected the best code for the task, it had also advocated those programs which took advantage of the electromagnetic quirks of that specific microchip environment. The five separate logic cells were clearly crucial to the chip’s operation, but they were interacting with the main circuitry through some unorthodox method— most likely via the subtle magnetic fields that are created when electrons flow through circuitry, an effect known as magnetic flux. There was also evidence that the circuit was not relying solely on the transistors’ absolute ON and OFF positions like a typical chip; it was capitalizing upon analogue shades of gray along with the digital black and white.
Dr. Thompson peered inside his perfect offspring to gain insight into its methods, but what he found inside was baffling. The plucky chip was utilizing only thirty-seven of its one hundred logic gates, and most of them were arranged in a curious collection of feedback loops. Five individual logic cells were functionally disconnected from the rest— with no pathways that would allow them to influence the output— yet when the researcher disabled any one of them the chip lost its ability to discriminate the tones. Furthermore, the final program did not work reliably when it was loaded onto other FPGAs of the same type.
Finally, after just over 4,000 generations, test system settled upon the best program. When Dr. Thompson played the 1kHz tone, the microchip unfailingly reacted by decreasing its power output to zero volts. When he played the 10kHz tone, the output jumped up to five volts. He pushed the chip even farther by requiring it to react to vocal “stop” and “go” commands, a task it met with a few hundred more generations of evolution. As predicted, the principle of natural selection could successfully produce specialized circuits using a fraction of the resources a human would have required. And no one had the foggiest notion how it worked.