QDK Tutorial: Build Chemistry applications with the Quantum Development Kit for Chemistry
David Williams-Young introduces the Quantum Development Kit (QDK) for Chemistry, an open-source Microsoft Quantum library aimed at connecting chemistry domain researchers with quantum algorithm developers. He explains what the library is for, how it fits into a typical workflow, and what to do next to start building chemistry-focused quantum applications.
Overview
The video provides a concise walkthrough of the Quantum Development Kit for Chemistry and how it is intended to be used by:
- Domain researchers working in chemistry
- Quantum algorithm developers building practical quantum applications
Introducing QDK for Chemistry
- Positions QDK for Chemistry as an open-source library under the Microsoft Quantum ecosystem.
- Frames the goal as bridging the gap between chemistry research needs and quantum algorithm implementation.
QDK for Chemistry workflow
- Outlines how the library integrates into a workflow for building chemistry-oriented quantum applications.
- Highlights the intended handoff/connection points between domain inputs (chemistry) and quantum algorithm development.
Design philosophy and user benefits
- Explains the design intent behind the library and the kinds of users it is built to support.
- Summarizes the practical benefits for teams trying to move toward usable quantum chemistry applications.
Next steps
Links shared in the video description:
- Microsoft Quantum tools: https://quantum.microsoft.com/en-us/tools/microsoft-quantum-development-kit
- QDK overview documentation: https://learn.microsoft.com/en-us/azure/quantum/qdk-main-overview
- Microsoft Quantum blog posts: https://quantum.microsoft.com/en-us/insights/blogs
- QDK for Chemistry repository: https://github.com/microsoft/qdk-chemistry