Research Assistant (Phd-student) in experimental nonlinear Optics

As part of a research project, nonlinear optical frequency conversion processes such as second harmonic generation, difference frequency generation and spontaneous down conversion in silicon-rich nitride and oxide waveguides will be investigated. The aim is to generate and modulate the second-order nonlinear susceptibility in these materials by applying an electrical voltage and realise this ability in a waveguide geometry on-chip. In addition, it is planned to study the enhancement of the voltage generated nonlinear effects in nanostructured Mie resonators, ring resonators and other resonant nanostructures.

Part-time position (75%). Deadline for applications is the 13. September 2026.

Job Responsibilities

Design and fabrication of photonic nanostructures

Operating and evaluating experiments to investigate nonlinear optical frequency conversion

Simulation of light propagation and frequency conversion using established FDTD or finite-element software

Drafting reports and publications

Limited teaching duties (e.g. supervising practicals)

Presenting results at seminars, workshops and conferences

Required Skills

Masters degree in Physics or a related subject at the time of employment

Experience and expertise with nanofabrication processes or in the field of experimental optics

Experience with numerical simulation of light propagation and field distribution in waveguides and

nanostructures is an advantage.

Enthusiasm for the field of nanostructured optics showing strong initiative and motivation

High degree of independence

Good communication skills in English

To read the complete Job opening please check: https://www.verwaltung.uni-halle.de/DEZERN3/AUSSCHR/26_5_8181_26_D_engl_verl.pdf

For questions please contact Prof. Joerg Schilling (joerg.schilling@physik.uni-halle.de) and refer in e-mails and applications to this opening as Reg. No.: 5-8181/26-D