quantum-information

Is your feature request related to a problem? Please describe.
The dimension argument of qutip operators are quite inconsistent in the naming, type and description. Here are a few examples picked from the functions doc page:

• basis > dimensions: int or list of ints _Number of Fock states in Hilbert space. If a list, then

The grammar was extended with some built-in math functions that were out of the specification. TSC decided that the functions included in Qiskit/openqasm#275 should be part of the specification.

There's an obvious extension of ZMask() to "masked" S, T, and general PhaseRootN gates.ZMask() calculates parity of each masked permutation, and applies a -1 multiplicative factor if the parity is odd, achieving a batched set of masked Pauli Z gates. Similarly, for a general batched PhaseRootN gate, the effective extension of this parity calculation is to a ring with 2^(n+1) phas

Given a quantum state provided as a density matrix or vector, determine whether the state is NPT (has negative partial transpose). If some of the eigenvalues of the transpose of the density operator representing the state are strictly smaller than zero, we say the state is NPT.

Note: A state is NPT if it is not PPT, so this should be a direct if not is_ppt(...) function call. It's mostly jus

Now that Q# + Python can use project files for references, we should add them here so IntelliSense can work better :)

Is your feature request related to a problem? Please describe

Current implementation of Model Learning (C_3 step) suggests duplication of code and lack of integration/reuse with existing solutions (possible case of NIH syndrome).

Describe the solution you'd like

Integrate C3 Model Learning with the Tensorflow ML ecosystem by extending Model and Layer to wrap C3 computations and sta

Need more tutorials contributed by the community