@Theraviranjankr That ststement is no more true than its opposite. There is no such thibg as an absolute position, so you cant assert this either way.
@freemo @Theraviranjankr Perhaps you meant to say, "There is no such thing as an absolute position that is true." While I still disagree, that would at least be an interesting self-contradiction along the lines of "this statement is false", as opposed to having itself as an obvious counter example.
@freemo @Theraviranjankr For me to have an opinion on "it" [you've never been in the same physical space twice], there needs to be a definition of "physical space" and what constitutes them being the "same".
In the prevailing "scientific consensus" of relativity, there is no absolute time (or position) or order of events.
We observe two types of matter at the atomic level. Bosons (e.g. helium atoms) do in fact often occupy the same space and time on the micro scale.