They mustn't. All should be smooth just like those Einstein's train. No resulting breaking force is postulated.
But everything boils down to the "a microscope which enlarges the angles"
How do you then see two perpendicular intersecting lines under that microscope?
Can't be.
This Lorentz contraction has the same fundamental problem. How it would look like?
They mustn't. All should be smooth just like those Einstein's train. No resulting breaking force is postulated.
The force is due to chemical bonds. They pull particles back together as their distance increases. These chemical bonds are an example of electromagnetism, which is governed by Maxwell's laws, which are conserved by Lorentz transformation.
Granted, whether a field is electric or magnetic depends on your point of reference. A still electron only produces an electric field, but a moving one produces a magnetic field as well. But if you perform the...
As per a recent comment this thread is meant to voice contrarian opinions, that is anything this community tends not to agree with. Thus I ask you to post your contrarian views and upvote anything you do not agree with based on personal beliefs. Spam and trolling still needs to be downvoted.