Overview Research Areas
The research in SFB 925 is devided into three project blocks:
- Area A is concerned with the ultrafast dynamics and the correlations in small quantum systems.
- Area B deals with the control and study of strong correlations and quantum phases in condensed matter.
- Area C builds the link between the thwo other areas by extending the research to correlations and quantum phases in quantum gases and model systems.
Area A: Ultrafast dynamics and correlations in small quantum systems
| Project | Title | Principal Investigators |
|---|---|---|
| A1 | Electronic correlation in atoms and molecules studied time-resolved with synchronized visible/IR and X-ray pulses | Drescher, Meyer |
| A2 | Coherent control of correlated electron systems with ionizing light fields | Drescher, Laarmann |
| A3 | Electronic correlations in nonlinear processes | Martins, Meyer |
| A4 | Ultrafast electronic correlation in molecular spin transition systems | Bressler, Thorwart, Huse |
| A7 | Ultrafast molecular stabilization mediated by electronic correlations | Calegari, Rubio |
Area B: Control and study of strong correlations and quantum phases in condensed matter
| Project | Title | Principal Investigators |
|---|---|---|
| B2 | Ultrafast dynamics in strongly correlated systems | Wurth, Martins |
| B3 | Correlations and symmetries in spin systems | Grübel |
| B5 | Dynamics of strongly correlated degrees of freedom in model systems | Potthoff |
| B7 | Light induced superconductivity | Cavalleri, Mathey |
| B8 | Femtosecond science on-chip: Controlling non-equilibrium quantum transport in graphene heterostructures | McIver, Cavalleri, Mathey |
| B9 | Controlled dynamics in crafted spin arrays coupled to itinerant electron baths | Wiebe, Krause, Wiesendanger |
Area C: Correlations and quantum phases in quantum gases and model systems
| Project | Title | Principal Investigators |
|---|---|---|
| C1 | Light control of spinor quantum gases |
Simonet, Sengstock, Hemmerich |
| C3 | Quantum phases probed on ultra-narrow transitions | Becker, Sengstock |
| C4 | Exploring non-equilibrium dynamics in the Fermi-Hubbard model | Moritz |
| C5 | Non-destructive measurements of quantum fluctuations by coherent scattering into a high finesse optical cavity | Hemmerich, Thorwart |
| C7 | Correlated nonequilibrium dynamics in driven bosonic systems | Schmelcher |
| C9 | Dynamic phase transitions in magnetic systems | Mathey |