Oh, I also thought you were speaking of four vectors.Hiero said:The three vectors I was speaking of
Under two Lorentz boosts, the length of a moving rod will appear to contract even more than under one Lorentz boost. This is due to the fact that each boost affects the rod's length in different directions, resulting in a greater overall contraction.
Lorentz boosts are important because they describe how objects appear to change in length and time when moving at high speeds. This is crucial in understanding the effects of relativity and how they impact the behavior of a moving rod.
No, length contraction is a result of the relativistic effects of a Lorentz boost. Without a boost, the rod will not experience any change in length.
The direction of motion does not affect the amount of length contraction under two Lorentz boosts. However, the direction of the boosts themselves will impact the overall contraction of the rod.
The concept of Lorentz boosts applies to all objects in motion, not just rods. Any object moving at high speeds will experience length contraction and time dilation, as described by the theory of relativity.