We generate a version of Qiskit API that supports both real and simulated semiconductor spin qubit. Our first goal is to build a Qiskit API for a real semiconductor spin qubit, the second being generating a simulation of semiconductor spin qubit, and the last being exploring its usefulness by exhibiting its usage in constructing a reliable CNOT.
Description
While advancing at an unforeseen pace, the semiconductor spin qubit has not gained much attention from the quantum software community. This has led to a lack of open-source software tools optimized for semiconductor spin qubits. In order to prepare a near-future when spin qubits join the path of superconducting and ion trap qubits, we decide to support Qiskit for semiconductor spin qubits and show the usefulness of the support by running optimization of CNOT gate based on the simulation of the qubit.
Members
Jinwoong Kim (@kjwcoo , kjw.kim@gmail.com)
Hanseo Sohn
Coach
Adel Sohbi (@adelshb )
Deliverable
Provider, Backend, Job classes for a real backend
Driver package for a real backend ( either written for HDAWG or OPX )
NoiseModel for semiconductor spin qubit
Optimization program for CNOT implementation on semiconductor spin qubit ( based on "Variational Quantum Gate Optimization" by Heya et. al )
Abstract
We generate a version of Qiskit API that supports both real and simulated semiconductor spin qubit. Our first goal is to build a Qiskit API for a real semiconductor spin qubit, the second being generating a simulation of semiconductor spin qubit, and the last being exploring its usefulness by exhibiting its usage in constructing a reliable CNOT.
Description
While advancing at an unforeseen pace, the semiconductor spin qubit has not gained much attention from the quantum software community. This has led to a lack of open-source software tools optimized for semiconductor spin qubits. In order to prepare a near-future when spin qubits join the path of superconducting and ion trap qubits, we decide to support Qiskit for semiconductor spin qubits and show the usefulness of the support by running optimization of CNOT gate based on the simulation of the qubit.
Members
Jinwoong Kim (@kjwcoo , kjw.kim@gmail.com) Hanseo Sohn
Coach
Adel Sohbi (@adelshb )
Deliverable
GitHub repo
https://github.com/kjwcoo/QHK2021_Spinnin