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The operator algebra should include operations Commutator and AntiCommutator, although we probably don't want to automatically create them automatically from operator sums and products. Converting from an "expanded" to a "commutator" representation and vice versa is probably best done using the capabilities of #43 and #42.
The commutator and anticommutator routines in the superoperator algebra should return Commutator and AntiCommutator objects, unless expand is given as True.
The text was updated successfully, but these errors were encountered:
The operator algebra should include operations
Commutator
andAntiCommutator
, although we probably don't want to automatically create them automatically from operator sums and products. Converting from an "expanded" to a "commutator" representation and vice versa is probably best done using the capabilities of #43 and #42.The
commutator
andanticommutator
routines in the superoperator algebra should returnCommutator
andAntiCommutator
objects, unlessexpand
is given as True.The text was updated successfully, but these errors were encountered: