Research assistant (praedoc) (m/f/d) with 75%part-time job limited to 30.06.2028 salary grade ([...]

We study ultrafast phenomena in quantum materials. One focus lies on the transport of electrons and their angular momentum triggered by femtosecond laser pulses. The associated processes often coincide with the femtosecond time scale and, thus, terahertz frequency scale. Consequently, to study such extremely fast dynamics, we develop novel tools like ultrafast ampere-meters, ohm-meters and strong terahertz voltage sources, which greatly rely on femtosecond optical pulses and ultrabroadband terahertz electromagnetic transients. To better understand our experimental results, we work out simple theoretical models. We also explore our results directly for applications in terahertz photonics, including the development of novel emitters, detectors and modulators of broadband terahertz radiation.

Job Description
You will participate in a project on the ultrafast optically induced transport of electrons and angular momentum in novel heterostructures. A first goal is to understand and maximize the emergence of the ultrafast current in highly anisotropic metals. You will deal with cutting-edge optical setups, femtosecond laser systems, analysis tools and modeling.

Requirements
Completed university studies with a Master degree preferentially in physics.

Desirable

• Experience in at least two of the following areas: femtosecond laser spectroscopy, solid-state physics, magnetism, spin transport.
• Team spirit, endurance and enthusiasm for new ideas and topics.
• Good English language skills.
• Master in Physics with very good grades.
• Knowledge on/experience in solid-state physics, magnetism or femtosecond lasers.

For further information, please contact Dr. Tom S. Seifert (tom.seifert@fu-berlin.de) or Prof. Dr. Tobias Kampfrath (tobias.kampfrath@fu-berlin.de / +49 858 57858).