author | description | ms.date | ms.author | ms.service | ms.subservice | ms.topic | no-loc | title | uid | |||
---|---|---|---|---|---|---|---|---|---|---|---|---|
bradben |
View Jupyter Notebooks with the device data from Microsoft's research into a scaled quantum machines using topological qubits. |
06/21/2023 |
brbenefield |
azure-quantum |
qdk |
overview |
|
Microsoft's quantum machine |
microsoft.quantum.overview.ms-machine |
Microsoft is on the path to deliver a quantum machine as part of the Azure Quantum service. You can read more about this journey on this blog. This is part of a comprehensive plan to empower innovators with quantum solutions for breakthrough impact.
In 2022, Microsoft had a major scientific breakthrough that cleared a significant hurdle toward building a scaled quantum machine with topological qubits. While engineering challenges remain, this new discovery demonstrates a fundamental building block for its approach to scaled quantum computing. For more information about this scientific discovery, read the blog, watch a video, or read the preprint of the paper.
The Azure Quantum team has created a set of Jupyter Notebooks on the azure-quantum-tgp GitHub site which display all the analysis and plots that appear in the paper. From the GitHub page, you can also view the executed notebook results with nbviewer.
- What is Azure Quantum?
- What are the Q# programming language and Quantum Development Kit (QDK)?
- Quickstart: Submit a circuit with Qiskit