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Boricua Siempre <borikua.1978.2@×××××.com> wrote: |
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> Hello |
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> |
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> I have reading of quantum computing and I want know what operating |
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> systems are use in quantum computers. And I read quantum computers |
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I don't think that (yet) there exists computers that are completely |
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based on quantum components. Maybe they have a quantum based arithmetic |
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unit but the other components are certainly conventional. I don't know |
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what kind of OS is used on such machines. But I wouldn't be surprised |
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if it is some kind of BSD or Linux (maybe Gentum-OS). ;-) |
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|
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> can use particols moving faster than light but on other book |
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> particels faster than light make analog sonar boom that can destroy |
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> universe. Is quantum computer dangerus? Sorry if my english not good, |
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> still learning. |
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I'm really not an expert on quantum physics but I don't think that a |
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quantum computer could be dangerous. :-) |
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In fact, "a quantum is the minimum amount of any physical entity |
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involved in an interaction" (wikipedia). |
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|
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I could imagine that a single high energy gamma quantum (that can have |
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a energy of some MeV) could maybe destroy a flash memory cell or a DNA |
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molecule. But such high energetic photons are not used in quantum |
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computers. Quantum does there only means that they are using very small |
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entities which can be described by the theories of quantum mechanic, |
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like electron spins or quantum entangled photons. |
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|
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And of course there doesn't exist particles that are moving faster than |
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light (at least no such particle is ever be detected and AFAIK there |
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are absolutely no indications that such particles exits). You probably |
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mean "quantum teleportation". But this has nothing to to with the |
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movement of particles. It is a phenomenon that results from the quantum |
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entanglement of e.g. two electrons and has to do with the nonlocality |
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of such phenomenons. When you measure the quantum attributes of one of |
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these two electrons you instantaneous influence the quantum attributes |
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of the other one, regardless of its distance. But if you wanna know the |
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quantum attributes of the second electron you need the information |
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about the measurement of the first one. And because you cannot transmit |
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this information faster than light you also cannot use "quantum |
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teleportation" to really transmit information faster than light. |
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|
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My English as well as my knowledge about quantum physics is not |
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sufficient to explain it better. But you can find many information about |
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the strange and also fascination aspects of quantum mechanics in the |
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internet. Just look at wikipedia. |
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|
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-- |
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Regards |
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wabe |