Andreas' background is in magnetooptical spectroscopy of semiconductors, topological insulators and lately of 2D materials. He has worked in the far infrared, time-domain terahertz and visible regime mostly looking at fundamental excitations of electronic states.
is investigating intralayer exciton localization via dielectric
engineering and tuning of moiré interlayer excitons in TMD heterobilayers via
is pushing our endeavors into NV quantum sensing to the next level by
investigating novel quantum phases of 2D magnets and heterostructures.
Philipp Moser Philipp is currently building our high magnetic field setup and he will study the optical properties of low dimensional materials and devices. He has also mastered the transfer of air sensitive samples in a homebuilt glovebox stacker robot.
is building up our NV imaging system and is looking into investigate low dimensional
quantum phases with ultrasensitive NV magnetometry.
Lukas Wolz Lukas will utilize his great skills in the cleanroom to make 2D devices. He has built a novel photocurrent spectrometer which he will use to understand light to energy conversion effects at engineered lateral heterojunctions.
has built a probe for investigating atomically thin 2D flakes in one of the
world’s biggest pulsed magnets!
will build a setup of Helmholtz coils for the application of a very homogeneous
bias magnetic field for our NV imaging system.
We are always looking for hard working, enthusiastic and skillful Masers and PhD students. Please inquire with Andreas (email@example.com) or Prof. Finley (firstname.lastname@example.org)! We are looking forward to hearing from you.