Overview

PROJECT AREA A: MODEL-BASED SYSTEMS

Project A3 Hofstetter:

Inhomogeneous quantum phases in ultracold gases with strong correlations

Project A5 Fleischhauer/Eggert:

Advanced numerical methods for correlated quantum gases

Project A6 Blümer:

Flavour-selective Mott transitions of ultracold quantum gases on optical lattices

Project A7 Hillebrands/Serha:

Collective effects and instabilities of a magnon gas

Project A8 Kopietz:

Interacting magnons and critical behaviour of bosons

Project A9 Ott:

Ultracold Bose gases in one dimension

 

Project A10 Schmidt-Kaler:

Designing spin-spin interactions in cold ion crystals

 

Project A11 Sirker:

Thermodynamics and dynamics of one-dimensional quantum systems

 

Project A12 Widera:

Controlled immersion of single neutral atomic impurities into a quantum gas of another species


PROJECT AREA B: SOLID STATE REAL MATERIALS


Project B1 Wolf/Lang:

Interacting magnetic excitations in quantum spin systems - Thermodynamic investigations

Project B2 Jeschke/Valentí:

Ab initio modelling and design of correlated materials

Project B3 Eggert:

Correlations in doped antiferromagnets

Project B4 Aßmus/Ritter:

Single crystal growth of coupled-dimer systems including copper-silicate compounds and alkali-halogen-cuprates

Project B5 Wagner/Baumgarten:

Rational design with input from DFT calculations and preparation of coordination polymer-based quantum magnets

Project B6 Lang:

Collective phenomena in organic charge-transfer salts close to the Mott transition

Project B7 Gros:

Renormalized mean-field theory and variational Monte-Carlo studies for organic superconductors

Project B8 Aeschlimann/Schönhense:

Photoemission spectroscopy and femtosecond dynamics in organic charge-transfer salts probed by time-, angular-resolved and X-ray photoemission

Project B9 Huth:

Thin films of charge-transfer salts

Project B10 Müllen:

Design, synthesis, physical and theoretical characterisation of new charge-transfer complexes

Project B11 Müller:

Low-frequency electron dynamics of organic charge-transfer salts using scanning tunneling spectroscopy

Project B12 Elmers: 

Investigation of electronic correlation effects in organic charge-transfer salts using scanning tunneling spectroscopy

GRADUATE PROJECT AND MANAGEMENT

Project GP College:

College for the advancement of postgraduate education

Project Z Lang:

Central tasks