Gate controlled superconductivity in metals

A review article with the involvement of the Quantum Electronics group on gate controlled superconductivity has been published.

Signatures of topological transition

The Quantum Electronics's newest measurements showing signatures of topological phase transition in ZrTe5, has just been published in npj Quantum Materials.

How does a superconducting transistor work?

Experiments of the Nanoelectronics Group reveal the switching mechanism of superconducting transistors. Published in Nature Communications.

8th Graphene and 2D Materials Workshop!

The 8th edition of the graphene and 2D material workshop organized by the quantum electronics group was a great success with leading scientists from all over Europe. See you next year!

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".

More news