- #1
gamb
- 7
- 0
I have a very hard question:
why in the Relativity theory the contraction is present always - along the x-axis or a speed v,
instead of an expansion along the other dimensions, transversal to the v?
Is there any mathematical proof, the contraction is the one correct,
and any other possibility is excluded?
why in the Relativity theory the contraction is present always - along the x-axis or a speed v,
instead of an expansion along the other dimensions, transversal to the v?
Is there any mathematical proof, the contraction is the one correct,
and any other possibility is excluded?