The recruitment requirements according to § 100 BerlHG must be fulfilled. These include, in particular, a university degree with a focus on subjects relevant to experimental physics, special aptitude for scientific work, which is usually demonstrated by the quality of a doctorate, additional scientific achievements, which are usually demonstrated by a positively evaluated junior professorship, habilitation or equivalent achievements, as well as pedagogical aptitude, which is documented by a teaching portfolio (for more information on the teaching portfolio, see the website of the Technical University of Berlin: https://www.tu.berlin/go209650/ In addition, several years of subject-specific teaching experience as well as a proven and internationally outstanding research profile in at least one of the above-mentioned research topics, documented by relevant publications, are required.

The role involves conducting research and teaching in experimental physics, with a focus on: the investigation of nanostructured materials for photonics, quantum photonics, quantum technologies and/or energy conversion using laser radiation in one or more spectral ranges from X-rays to visible light, which is based on laboratory sources and/or large-scale research facilities, and the methodological development and application of multidimensional experimental techniques for nanoscience, e.g. with regard to time- or energy-resolved imaging, multidimensional spectroscopy and other modern fields of optical nanoanalytics, X-ray physics or nanophotonics. The professorship will play a significant role in the Center for Integrated Photonics Research (CIPHOR), contributing methodologically and thematically, particularly in nanoanalytics. This includes the microscopic investigation of photonic and quantum photonic nanostructures, devices, circuits, topological materials, and materials for quantum sensing, quantum communication, and/or energy conversion. The appointee will teach experimental physics, optics, and photonics within the Bachelor''s and Master''s degree programs of the faculty, as well as experimental physics for non-physics degree programs. Involvement in practical physics courses and seminars is expected. Courses should be delivered in both German and English. The candidate will offer and supervise research projects for degree and doctoral theses, secure and manage third-party-funded projects, and collaborate closely with existing departments in nanophotonic systems and analytical methods. Leadership and management of staff, promotion of young scientists, women, and social diversity, as well as knowledge and technology transfer, are crucial components of the role. Additionally, the candidate will engage in initiatives for internationalization, gender and diversity competence, sustainability, and committee and commission work.