- #1
davidge
- 554
- 21
According to the Lorentz transformations, in the absence of gravity, the relations between coordinates of a primed system to those of a unprimed system are $$x'^{\ \alpha} = \Lambda^{\alpha}{}_{\beta}x^{\beta}$$ For the Lorentz invariance to be satisfied we must have ##\Lambda^{\alpha}{}_{\beta}## constant, because then $$dx'^{\ \alpha} = \Lambda^{\alpha}{}_{\beta}dx^{\beta}$$
My questions are:
- is it always possible to "adjuste" a accelerating frame so that it becomes unaccelerated?
- the equations get much more complicated if we assume the accelerating frames without making any adjustment or do they become just a little more complicated?
My questions are:
- is it always possible to "adjuste" a accelerating frame so that it becomes unaccelerated?
- the equations get much more complicated if we assume the accelerating frames without making any adjustment or do they become just a little more complicated?