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P vs. NP and Pseudorandom Bit Generators

Hello again , and thank you all for making this website a great vehicle for knowledge exchange. So my question is , are you trying to tell me that all I have to do is design a psuedo-random number generator that puts out a random bit stream such that no analysis of the output bits can ever have any correlation at all to the imput bits(a one way function) and I can win a million dollars? You got to be kidding me , right? I have to say right off the bat that I know nothing about computer science but I do know a little bit about electronic design and I must confess that this does not seem to be that difficult. I will have a design for

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    Is there something missing at the end of the post? – Hsien-Chih Chang 張顯之 Nov 16 '10 at 08:55
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    @Paul: You are seemingly referring to http://cstheory.stackexchange.com/q/2839/873. Why you started a new topic? You could have edited your original question. – Sadeq Dousti Nov 16 '10 at 08:58
  • "I have to say right off the bat that I know nothing about computer science ... and I must confess that this does not seem to be that difficult. I will have a design for ". Please read the FAQ. Crank-friendly topics like speculative proof attempts on $P$ vs $NP$ are NOT welcome. I am going to vote to close the other question also as off-topic for this site. – Kaveh Nov 16 '10 at 09:16
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    IMO we should not close a question just because someone claimed to have an amazing proof (or even a new approach) to a long-standing open problem, since he may really have something cool in his mind, and with some obstacles which he needs a little help here. However I voted to close this question, because it seems that there is no really question but a statement that he may have something new. – Hsien-Chih Chang 張顯之 Nov 16 '10 at 09:32
  • @Paul: Pseudo-random number generators are deterministic computations designed to mimic some of the statistics of true random sources. It is by definition impossible to have a deterministic computation where the output is randomly distributed when the input is fixed, and so what you propose is impossible at a fundamental level, independent of where or not P=NP. – Joe Fitzsimons Nov 16 '10 at 10:47
  • @Hsien-Chih Chang: cstheory is a Q&A site and the SE sites are intentionally designed to discourage discussions. There has been a meta discussion on this issue and I think there was an agreement that crank-friendly topics like proof attempts on $P$ vs $NP$ (which are not peer-reviewed) are off-topic. Please see: Is it ok to ask about the correctness of preprints on crank-friendly topics? – Kaveh Nov 16 '10 at 11:19
  • @Kaveh: Thank you for pointing this out. I do know the policy now, and I'll follow it! – Hsien-Chih Chang 張顯之 Nov 16 '10 at 11:26

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