Quote by DaleSpam
Relativity of simultaneity is a particular feature of the Lorentz transform (in units where c=1):
[itex]t'=\gamma (tvx)[/itex]
[itex]x'=\gamma(xvt)[/itex]
Here is a transform which has length contraction and time dilation, but not the relativity of simultaneity:
[itex]t'=\gamma (t)[/itex]
[itex]x'=\gamma(xvt)[/itex]
Here is a transform which has the relativity of simultaneity, but not length contraction or time dilation:
[itex]t'=tvx[/itex]
[itex]x'=xvt[/itex]

thanks Dalespam; I think you mentioned that before. I don't fully understand it from that, but all information is helpful