What is that paradox that describes a situation whereby one particle on one side of the universe if affected instantaneously by changes to a particle on the other side?

The story is: that, if we were to reverse the spin of one particle, the spin of the other particle would instantly reverse. There would be no relativistic delay. The affect would literally be immediate.

>Well the creature would think of that as 11 seconds or for 3 years, assuming there aren't leap years involved that's 94,608,000 seconds or...
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>101101000111001101010000000 seconds
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>but then presumably the creature wouldn't use something like a second to measure time anyway.
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>So what are your thoughts about the effects of gravity on all of this?

Gravity is not a force. It is a dynamic spatial property. It is acceleration. Not a force mimicking acceleration. The engine for gravity is symetric radial expansion (3D). As particlulate volumn expands (accelerates radially), a corresponding expansion of the distances between particles also occurs.

Why doesn't the perspective change? Objects acccelrate outward (diamterically) relative to the rate the space between them expands. We don't see it, because the rates are relative, therefore: the perspective appears to remain the same! It not only appears to be the same - it is the same.

Larger objects expand at a faster rate. Therefore have a higher measured gravity.

There are simple ways to demonstrate this (in reverse). Blow up a balloon, but don't tie it off. Pinch the valve with your fingers. Hold the balloon in front of you, and move it towards your eyes while slowly releasing air. If you balance it right, the ballon will appear the same size. Now imagine the ground and all the objects in your field of view were deflating at the same rate (and so are you). Instead of seeming to get closer or smaller, everything would appear the same size.

We have to accept we are nothing more than another collection of objects in a spatial realm. A simultaneous affect on dimension would not be noticed. IOW, our rulers would inflate or deflate at the same rate of the object we are measuring!


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>Simon