X-Message-Number: 18669 From: Date: Wed, 27 Feb 2002 16:14:10 EST Subject: Re: CryoNet #18622 Simulation --part1_71.1b33e55d.29aea622_boundary Content-Type: text/plain; charset="US-ASCII" Content-Transfer-Encoding: 7bit > > >So there is not a single word selected, what > >remains is a set of words, each one is an elementary cube address., > >precisely the addresses in the "on" state. > > And how do you read them out ?????? > > You would still need to perform more quantum logic, and you would > still need 2^608 qubits to transfer result into, and then collapse > those qubits, to be able to read out the bit content. > > And how do you perform the simulation itself without more qubits? Assume we have 3 qbits, mark them "x" when they are in a superposition state, so at start we have: xxx This can be collapsed to any number from 000 to 111, that is 8 possibilities. If you are doing a computation with a single answer, such a factorization, you could end for example with: 101 Here we end with a set of "on" words, for example 001 and 011, the midle digit is not the same, so the final state is: 0x1, here, one digit remains in a superposition state. You don't read that state because the universe it defines is not a part of the euclidean one. We are not speaking about the creation of an additive part to our universe, it is a complete univeres, outside our own. In my example you see that you can't choose any "on" states at random, for example 100 and 011 let the system in full superposition: xxx. This is equivalent to say, there can't be a jump for a particle from one place at one instant to a far aways position at the next instant. (we have discovered the speed limit c!). Yvan Bozzonetti. --part1_71.1b33e55d.29aea622_boundary Content-Type: text/html; charset="US-ASCII" [ AUTOMATICALLY SKIPPING HTML ENCODING! ] Rate This Message: http://www.cryonet.org/cgi-bin/rate.cgi?msg=18669