-
A powerful mechanism for circuit synthesis would be to accept `cudaq::spin_op` as input to a quantum kernel and use that with a synthesis operation like `exp_pauli`. Fully supporting `spin_op` via the…
-
### Information
- **Qiskit Terra version**: 0.18.3 (Run a pip install qiskit --update just today)
- **Python version**: 3.8.5
- **Operating system**: Windows 10
### What is the current …
-
We should be able to construct circuits lazily from objects before they are synthesized. The synthesis happens later, and it may fail if a physical synthesis is not known. This already exists for some…
-
Found by `npm run check-pages-render -- --translations` on Jan 24:
```
translations/ja/build/bit-ordering.mdx
translations/ja/build/introduction-to-qasm.mdx
translations/ja/build/specify-observa…
-
Say I build a circuit using the `power` and `control` modifier on gates.
```py
from qiskit.circuit.library import *
from qiskit import *
from qiskit.quantum_info import random_unitary
from qisk…
-
### Team Name:
zer0dynamics
### Project Description:
Gradient ascent in function space (GRAFS) [1] is an algorithm for optimal control synthesis that leverages functional expansions of cont…
-
### What should we add?
When using the OptimizeCliffords transpilation pass, the code assumes that the gates in the circuit are of the object `Clifford`. Note that the CNOT gate, X, S, etc gates are …
-
### Team Name:
Penn Ave Fish Company
### Project Description:
#### Introduction
A prerequisite for quantum algorithms to outperform their classical counterparts lies in the ability to ef…
-
### Information
- **Qiskit Terra version**: 0.18.3
- **Python version**: 3.8.10
- **Operating system**: IBM Quantum Lab
### What is the current behavior?
When transpiling a certain tw…
-
This is not a bug, but rather an annoying inconsistency in how `TwoQubitWeylDecomposition` handles points of the form `(pi/4, y, z)`. These points are locally equivalent to `(pi/4, y, -z)`, but the …