Research projects of the 2Dtronics group
Members of the 2Dtronics group coordinate and participate in national and international research projects focused on spin transport, spin–orbit coupling and topological phenomena in low-dimensional systems.
Current projects
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NCN PRELUDIUM 23
Electronic and magnetic properties of two-dimensional crystals of transition metal iodides encapsulated by graphene
The project focuses on the electronic and magnetic behaviour of two-dimensional crystals of transition metal iodides encapsulated by graphene, with particular emphasis on van-der-Waals interactions, magnetism, and twist-controlled properties.
Completed projects
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GRIEG / NCN
Spin and charge transport in low-dimensional novel quantum materials (2Dtronics)
The project focused on developing theoretical models describing spin and charge transport in emerging low-dimensional quantum materials, including systems with strong spin–orbit interaction and noncollinear magnetic structures.
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NCN SONATA 14
Theoretical studies of magnetoresistance effects in two-dimensional structures with strong spin–orbit coupling
The project investigated magnetoresistance phenomena in two-dimensional materials with strong spin–orbit coupling, including spin Hall effects, current-induced spin polarization, and transport in graphene-like hybrid structures.