Notes tensor fields in TT

creedo299

creedo299

Epochal Historian
Tensor fields are not strict tensor fields, with reference to time and space, but at times, merely loose locales.

This is represented, by a wide ribbon, rather than a very narrow band.

The Earth always moves, so therefore, each new position, with regards to the space and time that invest around Earth, also always changes.

So the tight margins, of a tensor field, are more or less in reality, bland fields.

This is represented by a mist coming in, rather than a tight discernable wave.

At other times, with reference to holes and time and space, the entry points, depending upon conditions, can be tight and hard to find.
 
Your statements about tensor fields are uninformed or underinformed.
Tensor field are not strict tensor fields with reference to time and space, but at times, merely loose locales.
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This statement has no relevance to the mathematics of tensor fields. It is a non-sequitor.
So the tight margins, of a tensor field, are more or less in reality, bland fields.
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What "tight margins" are you talking about? Tensor mathematics, as separate from physics, imposes no physical limitations. It is only in application to specific physical phenomenon that "margins" may be discussed. And that is independent of tensor mathematics.

RMT
 
History, tight entry points, reported missing little girl.

As reported via a police report, data file, a girl went into her back yard, and went missing.

Her father heard the call and rushed out inback of the house, to be able to hear his daughter, but not to visually see her.

2. During a motion picture filming, as viewed from a rising platform, there was a faded mist, which encroached finback of the horse mounted actors.

The horses became upset.They had to quit filming right then and there.

The return when the film was developed, was a broad white mist, that was encroaching, inback of the actors and horses.

>* Look at time and space holes, as two little girls, using jump ropes, that are held in each hand.As a set these ropes are always in motion, however the widths of each rope can change its widths, at any time.
 
Thanks for not addressing my points, and instead laying out philosophical non-sequitors.

I'll just take that to mean you cannot support your statements about tensors.
RMT
 
Dan,

This is represented, by a wide ribbon, rather than a very narrow band.
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An odd analogy considering your statements. If you make the ribbon of rubber (or any other stretchy mateial that works like a spring) and stretch it you can't explain what happens to the ribbon without reference to a tensor analysis.

The ribbon starts as a wide band and when it is stretched it becomes a narrow band and it heats up. Remove the strain and it returns to its original wide band and original length (well almost) - and cools off.

You have stress, strain and a thermal reaction going on with your ribbon.
 
Openings, into time and space, might be represent as a wide area, or a neat hole.

It depends on what the force is, opening them up.
 
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