By creating research networks at an international level and by developing autonomous key areas within the university, the intention is to build up outstandingly effective, closely networked research facilities to tackle high-input research topics over the long term and with an inter-disciplinary approach.


Research subjects:

  • COMB.AT – Coherent Optical Metrology Beyond Dipole-Allowed Transitions, Link
  • Lipid hydrolysis in cancer and lipid-associated disorders
  • Semantic and Cryptographic Foundations of Security and Privacy by Compositional Design
  • Single Molecule-based Ultra-high Resolution Microscopy
  • Coupling in computational micromagnetics
  • Netgen/NGSolve – Automated discretization in multiphysics, Link
  • Large-time behavior of discrete dissipative systems
  • Large-time behavior of continuous dissipative systems
  • High order numerical methods for nonlocal operators
  • SPyCODE
  • Q-M&S - Correlated Quantum Materials and Solid State Quantum Systems, Link
  • Advanced Computational Design, Link
  • Tomography across the Scales, Link
  • Taming Complexity in Partial Differential Systems, Link
  • Quasi Monte Carlo Methods Theory and Applications, Link
  • ViCoM - Vienna Computational Materials Laboratory, Link
  • Next Lite - Next Generation Light Synthesis and Interaction
  • IR-ON - Nanostrukturen für Infrarot‐Photonik
  • FOXSI - Functional Oxide Surfaces and Interfaces
  • FoQuS - Foundations and Applications of Quantum Science, Link
  • Algorithmic and Enumerative Combinatorics, Link
  • TACO - Taming Complexity in Materials Modeling, Link

FWF - Austrian Research Fund, Link, opens an external URL in a new window