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Title: quantum computer b/s system Post by: PAPASO on January 22, 2013, 01:45:35 PM I am using quantum random(IDQ QRNG) to make my own quantum computer
and it's speed is fast than D-WAVE.Think about flipping a coin first time the parallel programs is two(both side).Quantum random do the same.My QRNG speed is 4Mbps, so the parallel programs from 4m-th power.It's big than the universe.Copenhagen physicist said your mind impact 1 or 0. buddah said you mind/heart created the world.So i try to prove it that a quantum computer only need a QRNG.Next i try to build a quantum computer b/s system,you can account any things you want. Title: Re: quantum computer b/s system Post by: DeathAndTaxes on January 22, 2013, 02:08:11 PM Not sure if trolling or just dumb. For those who don't know QRNG are the "next gen" version of hardware RNG (sometimes called true RNG). QRNG are pretty cool but they have nothing to do with Quantum computing. QRNG do have some interesting applications in Bitcoin (or any cryptographic system) though. Being solid state costs are starting to become reasonable and could be "cheap" (<$10) in a decade.
Title: Re: quantum computer b/s system Post by: PAPASO on January 22, 2013, 02:29:23 PM Random number is the result itself after parallel computing.for example,if you want output 6bit/sec from your D-WAVE, you had to make 64 paths first.Then you control wave function collapse in one of paths.So if you want more output speed, the paths are big numbers you can not completed.
Title: Re: quantum computer b/s system Post by: Vandroiy on January 22, 2013, 02:56:50 PM This thread is
Please... effort Title: Re: quantum computer b/s system Post by: PAPASO on January 22, 2013, 03:11:39 PM Inter's RNG number is not a parallel computing output,but QRNG was.
if you decoding Inter's RNG,you will find a certainty algorithms.but if you decoding QRNG,you will find your heart. Title: Re: quantum computer b/s system Post by: franky1 on January 22, 2013, 04:43:18 PM wait for it.............
we have had the sales pitch, wait for it.... pre-orders/ investment, donations will come up next.. Title: Re: quantum computer b/s system Post by: TangibleCryptography on January 22, 2013, 04:48:55 PM This thread is
Please... effort The OP is horribly confused between QC and QRNG but QRNG are a very high quality source of entropy. Still Intel hardware RNG is pretty awesome stuff. Kinda surprising one wasn't included in CPU 10 years ago ... http://spectrum.ieee.org/computing/hardware/behind-intels-new-randomnumber-generator/0 Title: Re: quantum computer b/s system Post by: greyhawk on January 22, 2013, 05:13:36 PM Inter's RNG number is not a parallel computing output,but QRNG was. if you decoding Inter's RNG,you will find a certainty algorithms.but if you decoding QRNG,you will find your heart. Ooooh, a new karma thread. Excellent. Title: Re: quantum computer b/s system Post by: 2112 on January 22, 2013, 05:48:26 PM Still Intel hardware RNG is pretty awesome stuff. Kinda surprising one wasn't included in CPU 10 years ago ... Thanks for the link.http://spectrum.ieee.org/computing/hardware/behind-intels-new-randomnumber-generator/0 I'm somewhat familiar on why Intel would not include HRNG in their CPUs for many years. There are 3 sentences in the article about the reasons: Quote Those analog circuits are also a nuisance when it comes time to improve the manufacturing technology used to make the processor. Every few years, chipmakers modify their fabrication lines to produce integrated circuits at a finer scale, allowing them to pack more transistors into the same area. Making these shifts is pretty straightforward for CMOS digital circuitry, but each new generation of analog circuitry requires careful reevaluation and testing—a major headache. Essentially even normal routine process improvements would prevent them from generating unbiased bits. This completely perverts their internal performance evaluations: either continue produce low-yielding chips with good randomness or improve yields and ship chips generating weak randomness.The new generation system has sufficient bias-removal circuitry to properly self-test istself and fail with the machine check exception when the manufacturing gets improved too much. |