Magnetic edge states and coherent manipulation of graphene nanoribbons

We demonstrate molecular graphene nanoribbons with magnetic edges and show how to coherently control the spin properties even at room temperature. Nature 557, 691–695 (2018)....

The classical and quantum dynamics of spins on gaphene

We show how the dynamics of molecular spins on graphene is strongly affected by the interaction with graphene phonons and electrons. Nature Materials 15, 164–168...

Surface organization of molecular graphene nanoribbons

We organize and deposit molecular graphene nanoribbons on functionalized Si surfaces, in a necessary step to create electronic nanodevices. Nanoscale 7, 12807-12811 (2015)   We

Group description

Our team works on the magnetic and electronic properties of nanoscale materials. Our activities range from the synthesis of the materials, to their characterization, the creation of new instrumentation, and the theoretical modeling. Our current focus is mainly on the interplay between transport and magnetic properties and the optical control of magnetic systems.

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