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Division of Theoretical Physics
Institute of Physics, Polish Academy of Sciences
Workgroups
 Buczko, Kacman Załuska-Kotur |  Cywiński |  Deuar |  Gajda |  Li |
 Matuszewski |  Różycki |  Sowiński |  Theodorakis |  Witkowska |
Research areas
Biophysics & soft matter
- Biomembranes (Różycki)
- Biomolecules (Li • Różycki)
- Fluid dynamics (Deuar • Theodorakis)
- Protein folding (Li)
- Soft matter (Theodorakis • Różycki)
Condensed matter theory
- Ab initio methods (Bogusławski)
- Dynamics of growth processes & surface formation (Załuska-Kotur)
- Nanowires (Buczko • Kacman • Załuska-Kotur)
- Polaritons (Matuszewski)
- Quantum Dots (Cywiński)
- Semiconductor surfaces (Buczko • Załuska-Kotur)
- Topological insulators (Buczko • Kacman • Matuszewski)
Quantum optics
- Quantum electrodynamics (Białynicka-Birula)
- Light-matter interactions (Matuszewski • Mostowski)
Theory for Quantum Technologies
- Open quantum systems (Cywiński • Deuar • Sowiński • Witkowska)
- Machine learning (Matuszewski)
- Quantum metrology (Witkowska)
- Quantum simulators (Gajda • Matuszewski • Sowiński)
- Spin qubits (Cywiński)
Ultra-cold atoms & molecules
- Atomic physics with anitmatter (CERN) (Sowiński)
- Bose-Einstein condensates (Deuar • Gajda • Matuszewski • Witkowska)
- Degenerate fermionic matter (Gajda • Mostowski • Sowiński)
- Development of phase space and c-field methods for quantum dynamics (Deuar)
- Few-body problems (Sowiński)
- Many-body correlations (Gajda • Sowiński • Witkowska)
- Optical lattices (Gajda • Sowiński • Witkowska)
- Pauli Crystals (Gajda • Mostowski • Sowiński • Załuska-Kotur)
- Quantum droplets (Deuar • Gajda)