Researchers from the Department of Dielectrics at FZU together with their colleagues from the Faculty of Mathematics and Physics of Charles University have succeeded for the first time in observing an electrical analogue of the spin liquid in EuAl12O19.
Two diplomas confirming the highest achievable qualification in a scientist’s career – Doctor of Sciences – has been handed over by the President of the Czech Academy of Sciences Eva Zažímalová to two employees from the Institute of Physics: RNDr. Stanislav Kamba, CSc., DSc., and Mgr. Marek Taševský, Ph.D., DSc.
Magnetoelectric multiferroic are materials where the ferroelectric and magnetic ordering can coexist and be mutually coupled. This phenomenon is called magnetoelectric coupling and can in principle be used to improve magnetoelectric memories or other electric-field-controlled spintronic or magnonic devices. Unfortunately, there are a relatively small number of single-phase multiferroics in nature and their magnetoelectric coupling is lower than needed for many applications.
Researchers from FZU in collaboration with American and German colleagues succeeded in developing new material for a mobile network of the 5th generation.
A research team led by Stanislav Kamba from the Institute of Physics of the Czech Academy of Sciences, in collaboration with foreign colleagues, succeeded in developing new material with the required properties.
Popular video explaining principle of spin waves excited by electric component of electromagnetic radiation.
Scientists from the Institute of Physics contributed to the development of a new approach to the preparation of highly tunable microwave dielectrics. It is promising for applications in microwave electronics, e.g. in cellular phones.
