http://www.cs.caltech.edu/~westside/quantum-intro.html

"Later, in 1985, Deutsch realized that Feynman's assertion could eventually lead to a general purpose quantum computer and published a crucial theoretical paper showing that any physical process, in principle, could be modeled perfectly by a quantum computer."

Don't know about "any physical process" whether it was in Deutsch paper, but at least quantum computer theoretically supposed to be able to implement quantum entanglement, then probably possible quantum consciousness also. So for example if we develop some good teaching algorithms for absolutely dynamic systems (artificial consciousness) and try them on quantum computer, then we may see whether such mechanism exists on the quantum level.

• please explain "absolutely dynamic systems" - dolphin - November 30, 2003 - 00:18 UTC
  • Re: Please Explain "absolutely Dynamic Systems" - tkorrovi - November 30, 2003 - 01:57 UTC
    • not mathematical? - dolphin - December 1, 2003 - 06:58 UTC
      • Re: Not Mathematical - tkorrovi - December 1, 2003 - 16:23 UTC
        • It is actually very simple - dolphin - December 3, 2003 - 07:02 UTC
          • constructing dimensions - tkorrovi - December 3, 2003 - 13:34 UTC
            • These patterns can be also topological? - dolphin - December 5, 2003 - 08:53 UTC
              • Re: These Patterns Can Be Also Topological - tkorrovi - December 5, 2003 - 14:01 UTC
                • thank you - dolphin - December 7, 2003 - 08:27 UTC
  • correct link - tkorrovi - November 30, 2003 - 02:03 UTC
    • haven't tried the programme currently - dolphin - December 1, 2003 - 07:13 UTC
      • Program - tkorrovi - December 1, 2003 - 16:25 UTC