Wednesday, August 27, 2008

1. Time and Space: We are Energy and Nonlinear time considered

Never mind the fact that energy cannot be destroyed, only changed in form. We are dealing here in non-precision in order to get a finite value for the initial attempts.

From http://www.west.net/~ke6jqp/spacetime/spacetime.html


I understand the idea that even when we die, decompose, we no longer exist as being. But as energy, we are simply converted into another form. So now I am wondering how is our being as energy created? I must apply myself more to this.


More exciting things- Objects whose X, Y, Z axis change (objects in motion) do not exist in time linearly. You cannot change your position in the X, Y, and Z axis without also changing your position in T in a nonlinear fashion.

A perceived fixed object does move as a consequence of movements through space (Earth orbital, geologic, etc.) and the force moving the object through time. So, even perceived fixed objects move within the space/time continuum - there are no true stationary objects.

However, the best analogy of an object's existence in space/time is as a ball of yarn gradually increasing in size. There is a beginning (the object's coming into existence). The object continues to exist nonlinearly - the windings of the yarn gradually making the ball larger. At any given moment in the object's existence, time is finite. Always in motion and always with infinite possibilities. And, even though the possibilities for that object are infinite, the object seldom strays from a certain mean - thus the ball of yarn analogy. For example, consider repetitive motions (routines, cycles). These motions repeat, but never precisely - just like adjacent strands in the ball of yarn.

Regardless, unless Tx, Ty, and Tz are entered into the coordinate system, X, Y, and Z are meaningless in the space/time continuum.

Unfortunately, Tx, Ty, Tz, X, Y, Z are a relative coordinate system. They may be minimally adequate to plot from point A to point B in space/time. But, for mapping of the dimension itself, absolute coordinates must be found. For our universe, the absolute coordinates might be derived from the instant of the initiation of the Big Bang, the moment of creation, or whatever other mechanism is discovered for the initiation of the current universe we occupy.



From http://www.west.net/~ke6jqp/spacetime/spacetime.html

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