Mapping antiferromagnetic domains

Researchers of our department have uses an unusally strong non-reciprocal ligh absorption to map out the antiferromagnetic domains of LiCoPO4-ban, melyet az antiferromágneses domének megjelenítésére használtak. The study appeared in PRB also highlighted by the editorial suggestion.

Novel light source in the terahertz range

Researchers of the department have created a new, diamond-based light source, operating in the terahertz range of electromagnetic radiation. The work was published in Science Advances.

Multiterminal Josephson circuits

The newest manuscript of the Quantum Electronics group on multi-terminal Josephson junctions has been published in Phys. Rev. Research.

National Grant for Lagzi László

The juree has granted the proposal entitled "Self-organization of material transport processes from micro to macro-scale".

The PIN-code of Ta memristors

The newest work of the atomic and molecular junctions group, investigating the quantum transport properties of Ta memristors appeared in ACS Appl. Nano Materials.

National grant for Zoltán Balogh

The juree has granted the proposal entitled "Investigation, tailoring and application of noise in nanoelectronics devices".

Topological phase stabilized by pressure

The work of the quantum electronics team showing a robust gapped state with pressure in WSe2 - bilayer graphene - WSe2 structures, appeared in Nano Letters.

Nobel-prize experiments

Registration is open for the outreach lab course ,,Nobel-prize experiments'', aimed at high-school students, hosted by the BME Institute of Physics. Details below the fold.

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