New Assistant Professor Luca Banszerus

17.12.2024

Luca Banszerus explores quantum transport and the electronic properties of atomically thin materials such as graphene. In his research, he explores their extraordinary potential for quantum technologies by studying phenomena like superconductivity, electronic correlations, and spin-valley physics.

The research in Banszerus' new lab focuses on quantum transport and electronic properties in low-dimensional materials such as graphene and bilayer graphene. These materials are merely a single atomic layer thick and exhibit extraordinary electronic properties, making them ideal platforms to study fundamental physics and develop novel quantum technologies. He is particularly interested in the interplay between superconductivity, strong electronic correlations, and spin-valley physics in these materials. By studying their electronic transport properties, he aims to deepen our understanding of electronic correlations in mesoscopic devices and explore how these can be harnessed for future quantum devices.

The group of Luca Banszerus is assigned to the Nanomagnetism and Magnonics Research Unit and his full profile can be found at the NanoMag webpage.

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