معرفی
Prof. Hans Peter Büchler is a Professor of Physics at the University of Stuttgart's Institute for Theoretical Physics III. His research focuses on theoretical and applied quantum physics, particularly in quantum computing architectures using Rydberg atoms, topological phases in quantum systems, and the simulation of quantum many-body systems. He leads investigations into fault-tolerant quantum computing, quantum error correction, and the realization of novel quantum states such as supersolids and Haldane phases.
His work bridges theoretical advancements with experimental realizations, including projects like QRydDemo, a Rydberg-based quantum computing demonstrator. Key areas of exploration include Rydberg blockade structures, functional completeness in quantum gates, and the application of optimal control theory to quantum systems. Büchler’s contributions span quantum simulation, topological quantum error correction, and the study of collective quantum phenomena in cold atomic gases.
Publications since 2020 highlight advancements in Rydberg-based quantum technologies, including scalable quantum computing schemes, topological order in symmetric blockade systems, and the realization of fine-structure qubits in alkaline-earth atoms. His research also addresses fundamental questions about phase transitions, quantum fluctuations in supersolids, and the interplay of topology and interactions in quantum materials.
