Circuit Library
This module provides a library of FermionicGate implementations.
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Evolution(num_modes, operator[, time, ...]) | Implements the time evolution of an operator. |
InitializeModes(occupation) | Prepares (or, under simulation, certifies) a fermionic mode occupation. |
OrbitalRotation(rotation_unitary, *[, synthesis]) | Implements an orbital rotation. |
PrepareSlaterDeterminant(occupation, ...[, ...]) | Prepares a Slater determinant from an occupation and an orbital rotation. |
UCC(uccsd_op) | Implements the unitary coupled-cluster singles and doubles (UCCSD) ansatz. |
UCJ(ucj_op) | Implements the (local) unitary cluster Jastrow ((L)UCJ) ansatz. |
Measurement is the one non-unitary operation a FermionicCircuit can carry, so it is a FermionicInstruction rather than a FermionicGate:
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FermionicMeasure(*args[, _force_mutable]) | A measurement of a single fermionic mode, writing its outcome into one classical bit. |
Should an Evolution gate be decomposed in fermionic space (an optional step) how that is done is determined by a synthesis method from the synthesis module.
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