Added PR numbers
@@ -25,9 +25,9 @@ Added
-----
- Relative-Phase Toffoli gates `rccx` (with 2 controls) and `rcccx`
- (with 3 controls).
-- Variational form `RYCRX`
-- A new `'basic-no-ancilla'` mode to `mct`.
+ (with 3 controls). (#517)
+- Variational form `RYCRX` (#560)
+- A new `'basic-no-ancilla'` mode to `mct`. (#473)
- Multi-controlled rotation gates `mcrx`, `mcry`, and `mcrz` as a general
`u3` gate is not supported by graycode implementation
- Chemistry: ROHF open-shell support
@@ -55,8 +55,8 @@ Added
Operator. (#593).
- Amplitude Estimation: added maximum likelihood postprocessing and confidence interval computation.
- Maximum Likelihood Amplitude Estimation (MLAE): Implemented new algorithm for amplitude estimation based on
- maximum likelihood estimation, which reduces number of required qubits and circuit depth.
-- Added (piecewise) linearly and polynomially controlled Pauli-rotation circuits.
+ maximum likelihood estimation, which reduces number of required qubits and circuit depth. (#642)
+- Added (piecewise) linearly and polynomially controlled Pauli-rotation circuits. (#642)
- Add `q_equation_of_motion` to study excited state of a molecule, and add two algorithms to prepare the reference
state. (#655)
@@ -64,10 +64,10 @@ Changed
-------
- Improve `mct`'s `'basic'` mode by using relative-phase Toffoli gates to build intermediate results.
-- Adapt to Qiskit Terra's newly introduced `Qubit` class.
-- Prevent `QPE/IQPE` from modifying input `Operator`s.
+- Adapt to Qiskit Terra's newly introduced `Qubit` class. (#536)
+- Prevent `QPE/IQPE` from modifying input `Operator`s. (#531)
- The PyEDA dependency was removed;
- corresponding oracles' underlying logic operations are now handled by SymPy.
+ corresponding oracles' underlying logic operations are now handled by SymPy. (#586)
- Refactor the `Operator` class, each representation has its own class `MatrixOperator`,
`WeightedPauliOperator` and `TPBGroupedPauliOperator`. (#593)
- The `power` in `evolution_instruction` was applied on the theta on the CRZ gate directly,
