Quantum Information Processing II - Implementations

Materials for the Quantum Information Processing II course (Fall 2025).

Warning: The material released here is not part of the official course material. Errors and deviations from the course material might occur.

TA Session Notes

Below are the current note pages available:

  1. Manipulating Qubits →
  2. Atoms (Ions) as Qubits →
  3. Atomic Physics and Dynamical Decoupling →
  4. Non-Unitary Processes →
  5. Laser Cooling and Trapping →
  6. Trapped Ions Basics →
  7. Two-Qubit Gates in Trapped Ions →
  8. On the Quest of Making Artificial Atoms →
  9. Superconducting Qubits →
  10. The iSWAP Gate in Superconducting Qubits →
  11. An Intro to Quantum Error Correction →

(More notes will be added throughout the semester.)

Jupyter Notebooks

  1. Driven Two-Level System →

Quantum Optics Notes

Here are some notes I co-written with Yuto Motohashi and Lukas Kostal. You might find them useful to dig deeper into some derivations that we encoutner in the classes. Note that they are still a work in progress.

Quantum Optics Notes [PDF] →

Last updated: January 2026