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The Cavity–Quantum Spin Liquid project focuses on creating and studying quantum spin liquids using single atoms in optical cavities. By generating long-range entanglement and engineering interaction graphs, the project aims to advance our understanding of these complex phases of matter, which have potential application…
Understanding strongly correlated phases of matter is a central goal of physics and is essential for applications ranging from condensed matter science to quantum information. A key example is the quantum spin liquid, an elusive phase predicted to emerge in frustrated spin systems.
Quantum spin liquids exhibit long-range entanglement, fractionalized excitations, and topological order.
These features not only make them of fundamental interest but also makes them promising for quantum technologies…
INSTITUTE OF SCIENCE AND TECHNOLOGY AUSTRIA
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