Re: I believe in a supreme being
On Tue, 10 Jul 2007 02:19:59 -0500, Dale Kelly
<THIS_IS_A_SPAMTRAP@xxxxxxxxxxx> wrote:
The current models of the building blocks of reality are either point
particles, or strings with one dimension being that of a point, within a
continuum (the real number line of some number of dimensions in
spacetime). We are not finite. Any mass besides a point particles spans
an aleph-null infinity within the aleph-one continuums of reality,
And the supreme being is Professor Irwin Corey?
Greg Guarino
.
Relevant Pages
- Re: thinking about dimensions (maybe OT, a bit more theory)
... Thinking how time is referred to as the 4th dimension. ... avoid collision is for one or both particles reverse their direction. ... being would have to imagine moving to a whole other universe instantly ... then you must somehow INDUCE the next dimension to pull ...
(sci.physics) - Re: thinking about dimensions (maybe OT, a bit more theory)
... avoid collision is for one or both particles reverse their direction. ... Imagine a grid of train rails. ... being would have to imagine moving to a whole other universe instantly ... and the next dimension of movement. ...
(sci.physics) - Re: thinking about dimensions (maybe OT, a bit more theory)
... Thinking how time is referred to as the 4th dimension. ... avoid collision is for one or both particles reverse their direction. ... being would have to imagine moving to a whole other universe instantly ... then you must somehow INDUCE the next dimension to pull ...
(sci.physics) - Re: Center of Mass of the Universe?
... Einstein never gave a word to his "spatially extended particles" so I ... I call them SubSpace particles. ... > equivalent dimension of length. ... but is Gaussian curvature related to the Gaussian curve ...
(sci.physics) - Re: Definition of A Field
... >> the motions of all the cars moving wrt the highway are absolute ... >> difference of their absolute motion along the ... absolutely no mechanical influences on material particles. ... It assumes a continuum in which particles ...
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