Dear students,
Torn between experimental and theoretical physics? Hesitant to commit to a Bachelor’s thesis when you don’t know the supervisor or aren’t sure you’ll enjoy the topic? Come try real research with the Magnetism Group at the Department of Condensed Matter Physics (KFKL), Faculty of Mathematics and Physics, Charles University — meet our young international team, and you will be paid for your work.
Below you’ll find a list of open topics and thematic areas. Each can be shaped into a doctoral (PhD), Master’s, or Bachelor’s thesis, or into a shorter student project suitable for first- and second-year students. This lets you try the work first; if you enjoy it, you can later extend your project into a Bachelor’s thesis.
We look forward to collaborating with you on research.
Open Topics & Projects
Supervisor: Petr Čermák
Come work with a robot that loves to learn, improve our machine vision algorithms, and enter the world of cutting-edge research. You will be paid for your work (more than at Lidl) and you can continue in the form of a bachelor's or master's thesis.
Like this project?
Contact the supervisor and read the flyer!
Supervisor: Jan Prokleška
Fascinated by extreme physics? Join our research on order/disorder phenomena at sub-kelvin temperatures, high magnetic fields, and high hydrostatic pressures. Gain hands-on experience and contribute to groundbreaking discoveries in low-temperature physics. Join our team and explore the forefront of condensed matter physics!
You will work on a giant apparatus in the MGML research infrastructure.
Like this project?
Contact the supervisor and read the flyer!
Supervisor: Klára Uhlířová
A completely new type of ferroelectric arrangement, discovered as part of a bachelor's thesis.
Like this project?
Contact the supervisor and read the flyer!
Supervisor: Jan Prokleška
Are you a student intrigued by instrumentation and complex experiments? Do your interests range from physics and electronics to computer science? Join us to explore the magic behind data acquisition in solid state physics under multi-extreme conditions and beyond.
You will be working on giant apparatus in the large MGML research infrastructure.
Like this project?
Contact the supervisor and read the flyer!
Supervisor: Jan Prokleška
Explore how water behaves when trapped in nanoscale crystal cavities. Using advanced spectroscopy and neutron scattering, we study how confinement and external fields shape dipole dynamics and enable new quantum phases. Join us to uncover the hidden physics of confined water and its potential for quantum materials and bio-inspired technologies.
You will work on a giant apparatus in the MGML research infrastructure.
Like this project?
Contact the supervisor and read the flyer!
