IQST Graduate School Projects

Currently we provide financial support for 20 Graduate School Projects. All projects have PIs working together from two different disciplines in order to encourage interdisciplinary solutions. The graduate students and PIs become well-versed in the other discipline's language and culture.

PhD students: Jonathan Zoller (Ulm); PIs: Prof. Simone Montangero (Ulm), Prof. Knut Graichen (Ulm) Read more

Matter wave gyroscopes at the quantum limit and Gauss sums

PhD student(s): Alexander Friedrich (Ulm); PIs: Prof. Wolfgang P. Schleich (Ulm), Prof. Helmut Maier (Ulm) Read more

Shotnoise limited optogalvanic vapor cell

PhD Students: Johannes Schmidt (Stuttgart); PIs: Dr. Harald Kübler (Stuttgart), Dr. Patrick Schalberger (Stuttgart), Prof. Dr. Tilman Pfau (Stuttgart), Prof. Dr. Norbert Frühauf (Stuttgart) Read more

Quantum sensing of biomolecules with NOON states

PhD students: Julian Haas (Ulm), Mario Schwartz (Stuttgart); PIs: Prof. Dr. Boris Mizaikoff (Ulm), Prof. Dr. Peter Michler (Stuttgart) Read more

PhD Students: Matthias Pfender (Stuttgart); PIs: Prof. Dr. J. Wrachtrup (Stuttgart), Prof. Dr. A. Zimmerman (Stuttgart) Read more

Structural information of biological macromolecules using a single quantum sensor

PhD Students: Timo Weggler (Stuttgart); PIs: Prof. Dr. J. Michaelis (Ulm), Prof. Dr. Jelezko (Ulm), Prof. Dr. J. Wrachtrup (Stuttgart) Read more

Micro-scale CMOS oscillators for single spin MRI (microCOSSM)

PhD Students: Denis Djekic (Stuttgart); PIs: Prof. Dr. F. Jelezko (Ulm), Prof. Dr. M. Plenio (Ulm) Read more

Diamond photonic platforms for quantum optics and quantum sensing

PhD Students: Stefan Häußler (Ulm, MPI); PIs: Prof. Dr. A. Kubanek (Ulm), Jun.-Prof. Dr.-Ing. S. Strehle (Ulm) Read more

Integrated MW Circuits for Rydberg Dressing in Thermal Vapor Cells

PhD Students: Andy Rico (Stuttgart); PIs: Dr. H. Kübler (Stuttgart) Dr.-Ing. W. Vogel (INT, Stuttgart) Prof. Dr. T. Pfau (Stuttgart) Prof. Dr.-Ing. M. Berroth (Stuttgart) Read more

IQST Graduate School Projects

Currently we provide financial support for 20 Graduate School Projects. All projects have PIs working together from two different disciplines in order to encourage interdisciplinary solutions. The graduate students and PIs become well-versed in the other discipline's language and culture.

Optimal Quantum Engineering

Matter wave gyroscopes at the quantum limit and Gauss sums

Shotnoise limited optogalvanic vapor cell

Quantum sensing of biomolecules with NOON states

A solid-state quantum voltage reference

Structural information of biological macromolecules using a single quantum sensor

Micro-scale CMOS oscillators for single spin MRI (microCOSSM)

Diamond photonic platforms for quantum optics and quantum sensing

Integrated MW Circuits for Rydberg Dressing in Thermal Vapor Cells

Internally Funded Project Areas