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Scientific Highlights2020-12-07T12:39:14+00:00

Electronic phases in high magnetic fields

Electrons are one of the fundamental constituents of solids, responsible for most of the important phenomena and applications in condensed matter physics. Therefore, understanding, controlling and manipulating electronic properties is still one of the great challenges of condensed matter [...]

December 19th, 2018|SCI Highlights|

Interplay between field quantisation and Bloch states in graphene superlattices

Sergio Pezzini & Uli Zeitler, HFML Nijmegen Using high magnetic-magnetic fields, the Bloch states in two-dimensional graphene superlattices can be influenced in a way that adding fractions of flux quanta into a superlattice unit cell lead to high temperature [...]

July 16th, 2018|SCI Highlights|

ELECTRONS IN FLAT BANDS

Layered materials can realize different stackings of their individual planes, different polytypes, to compose three-dimensional structures. ABA-stacked graphite is the most stable form of graphite at ambient conditions and the study of thin layers of this material [...]

March 29th, 2018|SCI Highlights|

Non-collinear Heusler antiferromagnet Pt2MnGa

Antiferromagnets (AFMs) have attracted increasing attention in state-of-the-art research. Their important role in enhancing the hardness of ferromagnetic electrodes through the exchange-bias effect in microelectronics, has been broadly extended by new perspectives in spintronic applications. AFMs also facilitate current-induced [...]

March 1st, 2018|SCI Highlights|
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