Fachbereich Physik

Forschung am Fachbereich Physik

Forschungsbroschüre "Department of Physics"

Habilitation am Fachbereich Physik

Institute am Fachbereich Physik

Key facilities im Fachbereich Physik

Netzwerk Elektronenmikroskopie Tübingen (NET)

Das Netzwerk Elektronenmikroskopie Tübingen (NET) ist ein Zusammenschluss von mehr als 15 Arbeitsgruppen verschiedener Universitäts- und Forschungsinstitute im Raum Tübingen mit dem Ziel, den wissenschaftlichen und technischen Austausch im Bereich der hochauflösenden und analytischen Elektronenmikroskopie zu fördern.

Astrophysics

Elektronik in der Astronomie (IAAT)

Clean room and dark room facilities
thin-film deposi-tion
1-m vacuum chamber with UV monochromator
climatic chamber
UHV system
100-m optical bench
80-cm telescope
2.30-m radio telescope

BioNano Laboratories

Clean room
optical & e-beam lithography
thin-film deposition
microscopy (optical, SEM, TEM, AFM, SICM, dark field, fluorescence, Raman)
spectroscopy (Raman, Auger, photo electron,mass, UV/vis, FTIR)
surface analysis
wet and dry etching
ovens
cryo-stats (variable, 4 K, 100 mK, 8 T)
UHV station for field-emitter characterization
cell culture equipment
X-ray Scattering (reflectometry, grazing-incidence scattering, small-angle scattering)

Cold Atom and Quantum Optics Laboratories

Ultracold rubidium, lithium and strontium experiments
atom-cavity systems
Rydberg setups
cold atom/solid state interface
4K and 25mK cryostats
Bose-Einstein condensates at superconductors
cold atom scanning probe microscopes
Frequency comb technology, laser, optical, interferometric, spectro-scopic measurement technologies

Core Facility LISA+ - Center for Light Matter Interaction, Sensors and Analytics

Als zentrale Einheit bietet das Nanostruktur-Labor von LISA+ eine breite Vielfalt von Techniken und Methoden. Dies umfasst sowohl Standardmethoden zur Probenherstellung und Charakterisierung als auch fortgeschrittene einzigartige Forschungsinstrumente.

Particle Physics

RBS analysis.Underground Laboratory: shielding 16 mwe, ultra pure Ge spectrometer, dilution refrigerator (5 mK base temperature), SQUID read out array.

Dark Room Facility: PMT single-photon testing; scintillator testing; cryostat for optical characterization (scintillation, reflectivity, etc.) at low temperatures (down to 1.7 K); large volume (1 qm) liquid scintil-lator or water Cherenkov detector, 11 PMTs 8 inch

UNV deposition system for tungsten superconducting thin films. Custom fully-automated wafer prober, semi-auto-matic bonding station.

Rosenau Accelerator: 3MV Van de Graaf, ion beams from H to C; neutron beams (shut down in 2018, meanwhile dismantled)

Supercomputer

HPC Resources located at all bwHPC-Sites in Baden Württemberg can be used easily. Clustersystems of the physics department (LISA+, Astrophysics, Quantum Optics) are additionally accessible. Access to all these systems is granted by the ZDV which is managing some of these clusters and which is member of the bwHPC consortium.