In a previous question the existence of space-time was questioned in absence of objects.
In this question the existence of objects is questioned in space different than ours.
The history of this question comes from the false vacuum theories and conclusions that collapse of the false vacuum destroys everything it contains. In this representation the big bang could have resulted from collapse of a previous false vacuum.
My completed project on deep space transport at high speed predicted that fast moving objects might not be destroyed in collapse of a false vacuum, because of a squeezed quantum state that they create locally.
Can Familiar Objects Exist Largely Unchanged In Substantially Different Space Time?
The concept being explored here is that the stability of objects might be affected by the quantum state of local space.
If reduction of the quantum state to a lower energy density destabilizes ordinary matter, then maybe increase of quantum state to higher energy density could possible stabilize items that are not usually classified as stable.
In a previous question a related topic was explored about the strength of materials and stability of chemical bonds under prolonged acceleration at high speed.
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