Quantum Computing & Simulation

The study of quantum systems as platforms for information processing and the exploration of complex quantum phenomena has emerged as one of the central research directions in modern physics. This research area encompasses the development of quantum algorithms and computational models, the design, verification, and benchmarking of quantum computing architectures, and the theoretical and mathematical investigation of quantum information. Quantum entanglement and the characterization of quantum correlations are also central, together with the study of quantum measurements. Another important direction is the study of quantum matter, including its control and use as a platform for quantum simulation to probe many-body phenomena, as well as the development of mathematical and computational methods for describing complex quantum systems. Applications range from advancing the foundations of quantum technologies to the simulation of complex quantum systems and the design of future quantum information processors.