dotnet hosts Johnny Hooyberghs as he demonstrates an educational quantum computing platform created for Microsoft workshops, featuring interactive Q# programming, live feedback, and a custom Copilot.

Showcasing a Quantum Computing Educational Platform with Custom Copilot

Presenter: Johnny Hooyberghs

This session highlights a custom educational platform developed for a Microsoft quantum computing workshop:

Platform Architecture:
- Built on ASP.NET Blazor web technology using .NET
- Hosted via Microsoft Azure cloud services
Features:
- Interactive interface for participants to solve Q# programming challenges
- Real-time feedback provided by running user solutions through the Q# compiler and simulator
- Immediate feedback assists learning and experimentation with quantum algorithms
- Built-in custom Copilot with access to current challenges and proposed solutions
- Copilot offers recommendations, hints, and educational support tailored to each user
Technologies Used:
- Q# for quantum programming
- .NET and ASP.NET Blazor for web application
- Azure cloud hosting and possibly integration with Azure Quantum
Learning Outcomes:
- Participants gain hands-on experience with Microsoft’s quantum computing tools
- The platform supports exploratory learning and fosters a community among workshop attendees

Key Takeaways

Leverage ASP.NET Blazor and .NET for interactive web applications targeting scientific education
Integrate Q# tooling and simulators for real-time code assessment
Utilize Azure’s infrastructure for scalable, reliable cloud computing and hosting
Enhance educational experiences with custom AI-powered assistants (Copilot)

Learn more about building similar platforms and running quantum computing workshops using Microsoft technology.