Thomas Weiss

Prof. Thomas Weiss is a Full Professor for Theoretical Nanophysics at the University of Graz since August 2021. Previously held positions include Apl. Professor at the University of Stuttgart (2020-2021), Junior Professor at Stuttgart/SCoPE (2013-2020), and postdoctoral research at the Max Planck Institute for the Science of Light (2011-2013). His research focuses on enhancing light-matter interactions at nanoscale through theoretical modeling and numerical methods, with key interests in chiral nanophotonics, open resonators, and photonic quantum technologies.

Education:

• PhD (2008-2011): 'Advanced coordinate transformation methods in the Fourier modal method' (summa cum laude)
• Diploma in Physics (2002-2008) from University of Stuttgart (sehr gut)

Research Highlights: Explores chiral media interactions using metallic nanoantennas, nonlinear optical phenomena, and resonant-state expansion techniques. Develops methodologies for analyzing open resonators (e.g., photonic crystal cavities) and investigates applications in quantum plasmonics. Current work emphasizes dielectric metasurfaces and microstructured fibers for enhanced optical sensing and quantum technologies.

Lab/Group: Leads the Theoretical Nanophysics group at University of Graz, focusing on computational photonics and nanoscale light-matter interactions. Group activities include developing in-house Fourier-modal methods and studying exceptional points in open resonator systems.