Quantum Information and Thermodynamics group, Department of Condensed Matter Physics
Many-body quantum systems, Thermalization, Concept of entropy, Entanglement, Quantum batteries, Work extraction, Quantum metrology and measurement, Quantum information processing, Quantum machine learning
Our theory group explores various subfields of Quantum Information, focusing on the interplay between energy and information to advance quantum technologies. We study many-body quantum systems, thermalization, entropy, entanglement, and quantum batteries alongside work extraction and precision measurement in quantum metrology. Additionally, we develop innovative approaches in quantum information processing and quantum machine learning to address complex problems and enhance computational capabilities.
People
- Ing. Dominik Šafránek Ph.D.
- Dr. Rohit Kishan Ray
- Budhaditya Bhattacharjee
- Aldo Lamarre
