You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
i don't see this in the docs for the python qutip package, but it would be very handy to have access to subspaces of quantum objects, c.f. this docs page in QuantumToolbox.jl.
in QuantumCollocation.jl we have constructed an EmbeddedOperator object for handling operators embedded in subspaces. we also frequently call a function a get_subspace_indices to index into the subspace of quantum states -- this functionality does not currently exist in QuantumOptics.jl, where also the tensor product ordering does not match what we (and you) have currently implemented.
The text was updated successfully, but these errors were encountered:
For the subspaces stuff, we have a similar function called tensor_contract in python qutip, maybe can add it to QuantumToolbox.jl too.
As for the tensor product ordering, we had a discussion in issue #129.
So far we will follow the tensor ordering to be the same as python qutip, since this is most of the users come from python wanted.
i don't see this in the docs for the python qutip package, but it would be very handy to have access to subspaces of quantum objects, c.f. this docs page in QuantumToolbox.jl.
in QuantumCollocation.jl we have constructed an
EmbeddedOperator
object for handling operators embedded in subspaces. we also frequently call a function aget_subspace_indices
to index into the subspace of quantum states -- this functionality does not currently exist in QuantumOptics.jl, where also the tensor product ordering does not match what we (and you) have currently implemented.The text was updated successfully, but these errors were encountered: