Office hours - 4D coordinates (Sabbatical 2023/2024)

Faculty of Physics Department of Nonlinear Optics block G, room 279 Monday: 15:00 - 16:00 Tuesday: 13:00 - 14:00 If I am not there, I am available online via MS Teams.

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Bachelor/Master/Ph.D. projects

Please see my scientific interests. Do not hesitate to contact me!

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Supervised quantum machine learning - graduate level course

A course on machine learning and programming quantum computers. We work on IBM Q using qiskit.

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Physics Olympiad - course on problem solving in theoretical physics

Course website

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Mechanics - computer lab

Online course

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Quantum Optics and Quantum Information - tutorials

Graduate level

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Optics - tutorials

Online course

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Electricity and Magnetism - computer-asisted experiments

Materials

Experiments

• Faraday's law
• RLC circuits
• Magnetic hysteresis
• Semiconductors: diodes and transistors

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Electricity and Magnetism - basic experiments

Materials

Experiments

• F405. Determination of transformer properties.
• F404. Determination of internal resistance and electromotoric force of an electric cell.
• F303. Measurement of normal induction and capacity by alternating current.
• F208. Investigation of relaxation vibrations and determining capacity of a capacitor.