Office Hours
Faculty of Physics and Astronomy, Department of Quantum Information, block G, room 288
Monday: 12:00–13:00 · Wednesday: 12:00–13:00
If I am not there, I am available online via MS Teams.
Bachelor / Master / Ph.D. Projects
I supervise projects related to my scientific interests. See available thesis topics at zik.web.amu.edu.pl. Do not hesitate to contact me!
Lecture notes: Paradoxes of Quantum Mechanics [PDF]
Current Courses
Quantum Computers — Physics of Transmon Operations
Quantum Computers — Algorithms and Applications
Basics of Quantum Physics — Tutorials
An introductory course on problem solving in quantum physics.
Supervised Quantum Machine Learning
Graduate-level course on machine learning and programming quantum computers. We work on IBM Quantum using Qiskit.
Physics Olympiad
Course on problem solving in theoretical physics.
Course website
Quantum Computing & ML Seminar (CSI)
Co-led with dr B. Naskrecki (WMI UAM).
Programme Development & Supervision
Quantum Informatics Programme (BSc & MSc)
Designed the full curriculum with syllabi and materials for Poland's first engineering degree in Quantum Computing (launched October 2023).
Award of the Minister of Science 2024
Quantum Academy PCSS
Developed teaching materials for academy.quantum.psnc.pl
Supervision
Patrycja Tulewicz (Ph.D. candidate)
Hubert Wojewoda (BSc student)
NCN Preludium Mentor
Mentor for the NCN Preludium grant proposal of mgr P. Tulewicz (submitted, not funded).
Selected Past Courses
In-person and online formats. This is a non-exhaustive list.
Quantum Optics and Quantum Information — Tutorials
Graduate level
Optics — Tutorials
Mechanics — Computer Lab
Electricity and Magnetism — Computer-Assisted Experiments
Faraday's law, RLC circuits, Magnetic hysteresis, Semiconductors
Electricity and Magnetism — Basic Experiments
Transformer properties, Internal resistance and EMF, Induction and capacity, Relaxation vibrations