On 16 Jan 2009, at 22:04, Günther Greindl wrote:
Hi all,
the question goes primarily to Bruno but all other input is
welcome :-))
Bruno, you said you have already arrived at a quantum logic in your
technical work?
Yes. The hypostases, with p restrict to the Sigma-1 sentences (the
On 17 Jan 2009, at 07:52, Brent Meeker wrote:
Günther Greindl wrote:
Hi all,
the question goes primarily to Bruno but all other input is
welcome :-))
Bruno, you said you have already arrived at a quantum logic in your
technical work?
May I refer to the following two paragraphs?:
Fragamus,
That depends on definitions! What counts as a history, and when do
we count them? In order for the number of histories to be merely a
fantastically large and growing number, we need to be inside of time
when we count the number of histories-- otherwise it could not be
growing.
Fragamus,
That depends on definitions! What counts as a history, and when do
we count them? In order for the number of histories to be merely a
fantastically large and growing number, we need to be inside of time
when we count the number of histories-- otherwise it could not be
growing.
I understand. I was trying ask about whether or not, if there were say
10^10^10 slits, would the electron go through all of them. Do we know for
sure?
Also, I want the inside of time answer. Right now, in the multiverse, it
seems like the number of differentiated states may be a very large
I understand. I was trying ask about whether or not, if there were say
10^10^10 slits, would the electron go through all of them. Do we know for
sure?
You can perform the experiment with a thin grid instead of slits and get
similar patterns. But 10^10^10 in the traditional top-down way is a
Thank you.
However, I don't understand your objection to an infinite number of states.
The universe in which we live appears by current measurements to be
infinite
in size (because it is geometrically flat), and will last forever (because
its expansion is hastening).
Yes, but space may be
Yes, but space may be simply the coordinate system in which matter and
energy move. Even if the coordinate system is infinite, it doesn't matter
because the particles' occupy a finite (but growing) part of it.
I don't think your conceptualization of an expanding universe is correct.
No
Bruno Marchal wrote:
On 15 Jan 2009, at 22:50, Brent Meeker wrote:
Bruno Marchal wrote:
On 14 Jan 2009, at 18:40, Brent Meeker wrote:
Stathis Papaioannou wrote:
2009/1/14 Brent Meeker meeke...@dslextreme.com
mailto:meeke...@dslextreme.com wrote:
snip
in a computer program. But a
So you are saying the mass of the universe is infinite.
On Sat, Jan 17, 2009 at 4:40 PM, A. Wolf a.lup...@gmail.com wrote:
Yes, but space may be simply the coordinate system in which matter and
energy move. Even if the coordinate system is infinite, it doesn't matter
because the
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