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Condensed Matter Researcher

2 maanden geleden

Nijmegen, Gelderland, Nederland Radboud University Voltijd
Research Opportunities at Radboud University

HFML-FELIX is a leading institution in advanced spectroscopy, leveraging high magnetic fields, intense infrared/THz radiation, and their combination. As a PhD candidate, you will conduct research in fundamental condensed matter physics, exploring topics such as ultrafast angular momentum transfer and strong light-matter interaction.

Topic 1: Optically Controlled Magnetic States

You will develop innovative methods to control the magnetic state of materials using infrared/THz radiation, minimizing energy dissipation and maximizing speed. This research aims to understand the underlying phenomena and their applications in modern magnetism.

Topic 2: Coupling Optical Excitations

You will investigate the strong light-matter interaction in semiconducting materials, focusing on coupling optical excitations to plasmons, magnons, phonons, and topological excitations. This research has the potential to control matter at different energy scales, opening new avenues for applications in electro-optic, photovoltaic, lighting, and spintronic fields.

Topic 3: THz-Induced Resistance Changes

You will use a recently developed setup to track THz-induced resistance changes in semiconductor nanostructures, such as 2D InSb, graphene, TMDCs, and oxide heterostructures. This research will allow you to access their field-dependent energy level structure and explore their high-field electronic properties.

As a PhD candidate, you will actively cooperate with other researchers, participate in collaborations, and work as a teaching assistant in the Radboud University's teaching program, contributing up to 10% of your working time.