Quantum Information and Entanglement
Understanding the fundamental laws of information processing in complex quantum systems is one of the greatest challenges of modern science. We develop quantitative methods to explore the potential of a new kind of quantum technologies that rely on quantum coherence and entanglement., e.g. quantum computers made of thousands of qubits, discovering the physical limits of these sophisticated machines. Solving computational problems beyond the capability of today supercomputers, they may revolutionize how we manipulate data. Beyond the potential impact on our economy and society, we strongly believe that quantum information science is instrumental in explaining with exact laws the behaviour of many-body quantum systems. While excited to investigate the inner mechanisms of large-scale quantum technologies, we also design experimental schemes to make our results readily testable with currently available quantum devices.