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Topic: Researchers develop quantum computer algorithm for counting prime
numbers

Replies: 1   Last Post: Mar 26, 2013 4:36 PM

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mahipal7638@gmail.com

Posts: 139
Registered: 12/1/08
Re: Researchers develop quantum computer algorithm for counting prime numbers
Posted: Mar 26, 2013 4:36 PM
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On Mar 26, 3:25 pm, Sam Wormley <sworml...@gmail.com> wrote:
> Researchers develop quantum computer algorithm for counting prime numbers

Hey Sam Worm Lie, what kind of computer algorithm -- quantum,
continuous, or the dreaded otherwise -- do you run on that you can
ignore so many discussions (i.e., questions and observations) posters
send your way?

> > (Phys.org) Two math and physics researchers from the University's of
> > Barcelona and Madrid respectively have developed an algorithm to
> > count prime numbers using a quantum computer. Jos Latorre and Germ n
> > Sierra describe in their paper they've uploaded to the preprint
> > server arXiv, their formula that uses spin states of quantum bits
> > (qubits) to calculate the number of prime numbers below a given
> > value.
> > Prime numbers are natural numbers that can only be divided evenly by
> > themselves or 1 mathematcians have been wrestling since the time of
> > Euclid to come up with a way to identify them, all to no avail. The
> > only way to find one currently is to pick a number and see if it can
> > be divided evenly. Because of that, few prime numbers were found
> > until the advent of computers. Now, big computers can be run for
> > months at a time to determine the next prime number past the one that
> > is known.


Tell me it isn't like nine months?!

> > In 1859, mathematician Bernhard Riemann came up with a formula that
> > can be used to ascertain, given a single number, how many prime
> > numbers fall below it. The problem here however, is no one has been
> > able to prove whether it is correct or not. Because it can't be
> > proved true, researchers have been trying to prove it false by giving
> > it numbers where all the primes below it have been identified. Thus
> > far, such attempts have reached a number as high as 1024. Running the
> > algorithm on a regular computer takes enormous amounts of time trying
> > X=1025, for example would likely take about nine months. In this new
> > effort, the research duo from Spain has come up with an algorithm for
> > doing the job on a quantum computer that takes advantage of the spin
> > states of qubits.


I asked you not to tell me that!

> > Read more at:
> >http://phys.org/news/2013-03-quantum-algorithm-prime.html#jCp


That's just great! Tia for the link. Will try, as usual, comprehend
before reading. This way I preserves my preconceived biases. Must do
that.

C'mon are you really a girl Sammy boy given your repeated issues with
Mankind?

-- Mahipal




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