------
It does, because there are losses, but we know what they are, and they are not resistance to movement.
No you don’t, you can not see how particles entangle with a magnetic field, or how the magnetic field pulls the particles. This as well creates a magnetic field. You can not separate the way a magnetic field entangles with particles..
I know what magnetism is.
You don’t and if you did, you could explain how it works through space, how it attracts particles etc… You can’t explain, because you don’t know.
So, in your world, where does that energy go? Remember, energy is never 'lost', it just goes somewhere else.
All motion sets space in motion this is also what a magnetic field is.
Particles in motion is (at the same time) also space in motion..
Space will always resists that space moves, - doesn’t matter how much "particle-entangled" … your magnetic field is.
No, we discuss how it behaves.
Not me, I am always digging deeper and trying seeing phenomena from a coherent perspective. right brained.......
And we have a very extensive knowledge of how it behaves
But not
what it is, and that’s a problem if you really want to understand:
WHAT resistance against motion is.
To add to your demonstration of your ignorance:
That time really runs slower in a gravity field is not "accepted". It is a fundamental experimental test of GR that time dilation happens in a gravitational field. The GPS system would not work if gravitational time dilation was not accounted for in its design.
The Pound-Rebka experiment
In 1959, the Pound-Rebka experiment verified the redshift of light travelling out of a gravitational field.
We have no problems accepting cosmological redshift as a reflection of the expanding universe.
This is only natural as this must be an indication of the condition of the universe.
Therefore, it “shouldn’t” cause problems in understanding that the gravitational blue shifting and redshifting are
also indicators that distance deformation occurs in and out of a gravitational field.
This experiment
doesn’t proves that
time is running differently in a field of gravity, but rather that
distance is different.
Space stretches in a field of gravity. That’s what this experiment reveals.
The atomic clock & Airplanes Experiment
Distances are NOT definitive; ignoring that fact makes the validity of the experiment nothing worth .
Global Positioning System
The GR deviation is not caused by “time” deviation but rather by: distance deviation. (and affected by SR)
Furthermore
Our belief that time stops by the event horizon seems to be contradicted by the assumption itself.
Light contains information
which cannot disappear .
Stephen Hawking therefore recently stated that two parallel universes must exist, one universe with black holes and one universe without black holes and that light is passing from the one universe to the other. (what do you think, does that sounds logical?)
The assertion that time stops at a black hole has not been proven.
Nothing seems to indicate that gravitation really is so extreme that this is the case. Rather, it will cause no problems understanding this phenomenon like this: Light approaching a black hole will turn ultraviolet after having passed the event horizon, i.e. invisible, simply because space in that direction is contracting.
Light (and the information contained by it) will not disappear, but in the end transform to x-rays and gamma rays, and later escape right angled out of the black hole (because gravity / space deformation in that direction is weaker).
------