Re: Vacuum - what is it?
- From: "Lefty" <Ye@xxxxxxx>
- Date: Thu, 17 Nov 2005 21:15:19 -0800
You guys with your fundy particles. Particles schmarticles.
The vacuum is just 4 dimensions, LxLxLxT.
The dimensions are physically tangible real things, not merely some
imaginary or abstract mathematical instrument.
Dimensions are the most fundamental thing in physics. There is no
fundamental particle.
Dimensions in physics are tangible - not abstract.
.
Relevant Pages
- Re: Division by Zero in Nature, and Decomposition of Time.
... Learning enough calculus and physics to solve ... Euclidean dimensions to hold his 4-D space/time. ... as 'particles' have both particle and wave character. ... This phenomenon is independent of the size of the observer. ...
(sci.logic) - Re: Division by Zero in Nature, and Decomposition of Time.
... Learning enough calculus and physics to solve ... Euclidean dimensions to hold his 4-D space/time. ... as 'particles' have both particle and wave character. ... This phenomenon is independent of the size of the observer. ...
(sci.astro.amateur) - Re: Division by Zero in Nature, and Decomposition of Time.
... Learning enough calculus and physics to solve ... Euclidean dimensions to hold his 4-D space/time. ... as 'particles' have both particle and wave character. ... This phenomenon is independent of the size of the observer. ...
(sci.physics) - Re: Division by Zero in Nature, and Decomposition of Time.
... Learning enough calculus and physics to solve ... Euclidean dimensions to hold his 4-D space/time. ... as 'particles' have both particle and wave character. ... This phenomenon is independent of the size of the observer. ...
(sci.physics.relativity) - Re: Division by Zero in Nature, and Decomposition of Time.
... Learning enough calculus and physics to solve ... Euclidean dimensions to hold his 4-D space/time. ... as 'particles' have both particle and wave character. ... This phenomenon is independent of the size of the observer. ...
(sci.math) |
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