superspace

In physics terms the difference between superspace and superembedding

is that superspace is a coordinate space invoked in supersymmetry while superembedding is a supersymmetric extension of classical surface theory to the description of superbrane dynamics by means of embedding worldvolume supersurfaces into target superspaces.

In physics|lang=en terms the difference between superspace and minisuperspace

is that superspace is (physics) a coordinate space invoked in supersymmetry while minisuperspace is (physics) a small superspace, especially a spherically symmetric quantum bubble.

As nouns the difference between superspace and minisuperspace

is that superspace is (physics) a coordinate space invoked in supersymmetry while minisuperspace is (physics) a small superspace, especially a spherically symmetric quantum bubble.

In physics terms the difference between superspace and supergraph

is that superspace is a coordinate space invoked in supersymmetry while supergraph is a Feynman diagram that calculates scattering amplitudes in a supersymmetric theory using the advantages of the superspace formalism.

In physics|lang=en terms the difference between superspace and superfield

is that superspace is (physics) a coordinate space invoked in supersymmetry while superfield is (physics) a field that depends on all coordinates of the superspace.

As nouns the difference between superspace and superfield

is that superspace is (physics) a coordinate space invoked in supersymmetry while superfield is (physics) a field that depends on all coordinates of the superspace.