geometrogenesis

In physics terms the difference between quantum and geometrogenesis

is that quantum is involving quanta while geometrogenesis is the supposed emergence of space-time geometry (and of matter) from interacting quantum systems (in quantum gravity theory).

As nouns the difference between quantum and geometrogenesis

is that quantum is the total amount of something; quantity while geometrogenesis is the supposed emergence of space-time geometry (and of matter) from interacting quantum systems (in quantum gravity theory).

As an adjective quantum

is of a change, sudden or discrete, without intermediate stages.

As nouns the difference between matter and geometrogenesis

is that matter is while geometrogenesis is (physics) the supposed emergence of space-time geometry (and of matter) from interacting quantum systems (in quantum gravity theory).

As nouns the difference between geometry and geometrogenesis

is that geometry is (mathematics|uncountable) the branch of mathematics dealing with spatial relationships while geometrogenesis is (physics) the supposed emergence of space-time geometry (and of matter) from interacting quantum systems (in quantum gravity theory).

As nouns the difference between time and geometrogenesis

is that time is while geometrogenesis is (physics) the supposed emergence of space-time geometry (and of matter) from interacting quantum systems (in quantum gravity theory).

As nouns the difference between space and geometrogenesis

is that space is (lb) of time while geometrogenesis is (physics) the supposed emergence of space-time geometry (and of matter) from interacting quantum systems (in quantum gravity theory).

As a verb space

is (obsolete|intransitive) to roam, walk, wander.