-
**Feature Request**
Quantum State Tomography module (and similar Quantum Characterisation, Verification, and Validation modules).
**Functionality**
- generate random states according to a variety…
-
### Team Name:
Quantum Legion
### Project Description:
Variational methods have a wide range of application in optimization and machine learning. However, they can also be used to study qua…
lezav updated
3 years ago
-
# Abstract
Suppose a salesman comes to you claiming that he has a 100-qubit quantum device that can create entanglement between all the qubits. How can you verify his claim? Surely, you can do quan…
-
- [ ] GHZ
- [ ] QFT
- [ ] XEB
- [ ] Finite temperature
- [ ] Quantum state tomography
- [ ] Quantum process tomography
- [ ] VQE
- [ ] Monitored quantum circuits
-
### What should we add?
It would be great if we had a shadow tomography module - which enables the extraction of particular information about a quantum state with less measurements than full state to…
-
process_tomography_circuits(circuit, measured_qubits) will return a list of QuantumCircuit objects containing the original circuit with state preparation circuits prepended, and measurement ci…
-
We would to have the possibility to convert measurement shots to final state functions and/or to hamiltonian expectation.
Some useful techniques are:
- Quantum tomography
- Quantum Phase Estimati…
-
I accidentally created PR #1 when I meant to open a discussion.
@Hannoskaj Thank you for this nice code and implementation of the algorithm. I am one of the developers of the qutip project (qutip.…
-
**Describe the bug**
The reuploading classifier example expects a `state()` method for the circuit result object on line 85 of `qclassifier.py`. This method exists for the `QuantumState` object which…
-
Have Qibo provide feature to measure various properties of qubits and other quantum devices, such as their states, coherence times, and gate fidelity?