Teaching

Courses I’ve taught and resources I’ve shared.

Note: when first making this material, I did not intend to release it. Its original purpose was to assist me during my TAs. As a result, you might find the notes to be rough around the edges and including some mistakes. Any feedback is more than welcome!

Here you’ll find materials and notes from the courses I’ve taught.

Quantum Information Processing II: Implementations

Fall 2025, Master’s degree programme in Physics

A continuation of the Quantum Information Processing I, this course explores how the principles of quantum computing are realized in physical systems — from superconducting qubits to trapped ions and photonic platforms. We also discuss error correction, decoherence, and scalable architectures.

Lecture Notes →
Course Website →

Trapped Ion Quantum Physics

Spring 2025, Master’s degree programme in Physics

This course covers theoretical and practical aspect of modern-day research in trapped ion experiments, with a particular focus on its application on quantum computing.

Lecture Notes →
Course Website →

(More courses and materials coming soon — check back for updates!)