X-Message-Number: 16900
From: 
Date: Fri, 6 Jul 2001 11:04:43 EDT
Subject: The Schrodinger's limit, experimental proof?

I have said in The Schrodinger's limit basic, how past quantum states can be 
encoded in higher functional dimensions. As time goes by, a quantum state is 
progressively pusshed into higher and higher dimensions. There is a limit to 
the process, defined by the Planck's length for sin(nx) dimensions. It get 
into play for n near 10^25. The sin(x/n) dimensions have a corresponding 
scale near one trillion km or 0.1 light year. The 10^25 limit must produce 
some crowding in that domain and so the dimensions near the limit must have a 
larger content than intermediate ones. Because quantum domain manifest itself 
as a quantum force, there must be a significant quantum force field at the 
trillion km range.

For many years now it appears that the Pioneer 10 and 11 spacecrafts are 
undergoing a unidentified attractive force. Because the effect is at the 
limit of detection and noise effect, after the first clam, the phenomenon has 
been dismissed. At the last news, it comes back: There is indeed a unknown 
force acting on the spacecrafts. It could well be the first detection of the 
Schrodinger's limit. Because it act as an attractive mass and is the product 
of past quantum states, we could call it the weight of the past...

To summarize in two lines: Elementary quantum mechanics open the possibility 
to recover the past.

Yvan Bozzonetti.

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