Hi Evgenii,

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`Sorry for the answer's delay, but I am rather busy for March, so I am`

`slowed down.`

> Please ask, if this is not clear for you.Well, if we assume that duplication happens in an unconsciousnessstate, then I do not see much difference. By the way, in Astérix &Obélix Take On Caesar there is an episode not that far from yourexample. It is also available on YouTubehttp://www.youtube.com/watch?v=5wdDRnmgzqo In the movie it went quite well.

OK :)

`Note that in this sequence apparently the copies count for nothing and`

`are rather easily eliminated!`

> (*) Which I have already illustrated with the experience where you Sorry, I was not able to follow your example.

`Imagine a big screen made of 16180 * 10000 pixels, each pixel capable`

`of being black or white.`

`Do you agree that there is 2^(16180 * 10000) images possible. OK? (I`

`can explain this if someone ask).`

`Then instead of duplicating you in two. I polyplicate you in 2^(16180`

`* 10000), and put each of the resulting 'you' in front of each`

`possible image on the screen.`

`(For quantum Many worlder, this can be realized in practice, by`

`putting you in front of a quantum screen with each pixel state`

`determined by a quantum bit).`

`Then I reiterated that (giant) multiplication for each of those`

`2^(16180 * 10000) copies of you, and this 24 times by second (the`

`typical movie lapses) during 90 minutes (the typical duration of a`

`movie). I can again to that in practice by sending a beam of quantum`

`bit (in the state 0+1, and correlating the pixels accordingly).`

`The question is asked to you before the first polyplication, and is:`

`what do you expect to see among the following:`

-A constant black screen A constant white screen -A silent version of the first 90 minutes of 2001 Space Odyssey-A silent version of the first 90 minutes of 2001 Space Odysseywith spanishsubtitle - Apparent white noise, but actually a description of PI in binary -Apparent white noise.

Is it clearer? What is your answer? Do you see the point? Bruno http://iridia.ulb.ac.be/~marchal/ -- You received this message because you are subscribed to the Google Groups "Everything List" group. To post to this group, send email to everything-list@googlegroups.com. To unsubscribe from this group, send email to everything-list+unsubscr...@googlegroups.com. For more options, visit this group at http://groups.google.com/group/everything-list?hl=en.