Magnet fields are very easy to detect. Apart from gravity, which is sort of always here, the magnet field was the first fundamental force to be detected and measured. As shown by the article you linked to, we can detect the magnet fields of distant galaxies.
If moving objects created magnet fields, it would be easily detectable. We would have known for at least a century.
And this is what you actually always can measure, except when stronger MF overshadow.
For example the mysterious MF's discovered in galaxies, and cluster of galaxies, - that not "should" be there...
Here on the planet we are affected by;
The Ionosphere Dynamo
The Earth’s Magnetic Field
Electric current in the ionosphere and magnetosphere.
The Sun’s MF field.
For example the Ionosphere Dynamo is weakening or strengthening the global field. - In this case the magnitude is just strong enough to measure a difference.
If a MF is weak , - it is impossible to distinguish due to the MF of the Earth..
No, matter in motion does not create a magnet field. No matter how many times you repeat it, it remains wrong.
The effect is exactly so weak as relativistic mass increase, so what you is saying is that it should also be possible to measure that the mass of your body is increased due to the speed 200 km og you car, right ?
Hans,- we are talking about a
weak field, by such slow speed.
First when you is reaching the speed of stars (250 000 m/s) , you can measure these MF, but still we are talking about pretty weak MF.
Soo, you are now claiming that charged objects pull differently at space-vucuum [sic]? And since you also claim that this pull at space-vucuum is responsible for gravity, it follows that a charged object has a different gravitational pull than a non-charged one, right?
When 2 interacting particles (matter moves) , these particles are constantly swapping a little package of absorbed / contracted space.
Space do resist that interaction, and if the strong force suddenly dissapear that space (the little package of absorbed sapce) will be released as expanding space.
So far so good.
Now, put these 2 above mentioned interacting particles in motion.
Now the
mass will increase due to speed.
This mean first now the resistance against "the curvature of space", is changing
a bit.
First now is the resistance against “space curving” is not only against space to curve, - BUT ALSO AGAINST
THAT SPEED THAT GAVE THAT BODY EXSTRA MASS/GRAVITY.
BUT
that resistances is WEAK, so long we are talking about relative slow motion relative to c. - And in this case to resistance agianst motion is
only affecting
the mass increase.
Charged particles are a completely different story.
These particles “feels” a magnetic field as; another particles they can “dance with” – whereby these hence are
completely twisted into that flow of space a magnetic field is, and hence easy carried away by the MF. This is why particles are carried away of a MF. When these particles moves (due to other reasons), they do also interact much stonger
with that space where they move, and hence pulls a larger flow of space, - than matter (particles) that interacts with each other.
The stronger the MF is, the deeper are such free particles is twisted into space and the more does these particles pulls space.
Pulling space in its wake, - this is all what a MF, (created by matter / particle) is about.
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