Jan Klíma

Magnon chemical potential for quantum technologies (MAGµQ)

Lector: Ing. Michal Urbánek, Ph.D.

Institution: Brno University of Technology, CEITEC VUT

Field: Advanced Materials and Nanosciences

 

About the project

This project investigates the equilibrium chemical potential of magnons using microwave spectroscopy combined with micromagnetic simulations. By mapping its dependence on temperature, frequency, and magnetic field, we aim to resolve long-standing discrepancies in magnon statistics. The outcomes will enable strategies for engineering magnon coherence and pave the way for quantum experiments, supporting the development of future quantum magnonic devices.

 

Why science?

A scientist is kind of a superhero these days. They need to combine a great amount of skills to become experts in their field and uncover new knowledge, that may some day serve the humanity. What I especially like are the possibilities of self-development, making this a great place for curiosity-driven individuals, who seek to understand the world around us.

 

What do I like most about Brno

Brno is full of young people and students from all over the world, which makes this city very diverse and vibrant. Good public transport also helps you explore the wide variety of pubs, restaurants, caffes, etc., or just conveniently commute to work every day.