Block lecture by Dr. Julen Simòn Pedernales, Institute of Theoretical Physics, Ulm University, Germany Abstract: Quantum mechanics has been remarkably successful in describing the microscopic world, yet its applicability to larger scales, beyond a few thousand atoms, remains largely unexplored experimentally. Recent advancements in the quantum control of solids suspended in a vacuum, each containing […]
Block lecture by Dr. Julen Simòn Pedernales, Institute of Theoretical Physics, Ulm University, Germany Abstract: Quantum mechanics has been remarkably successful in describing the microscopic world, yet its applicability to larger scales, beyond a few thousand atoms, remains largely unexplored experimentally. Recent advancements in the quantum control of solids suspended in a vacuum, each containing […]
In presence and online: Guest lecture given by TerraQ Mercator Fellow, Prof. Adrian Jäggi of the University of Bern, Room 404 of the Institut für Erdmessung (Schneiderberg 50, 30167 Hannover) https://uni-hannover.webex.com/uni-hannover-en/j.php?MTID=m0837cfc3345a7fb12c948335c890e4f6
Dr. Claudio Paganini from the faculty of mathematics of the university of Regensburg: "I will give an introduction to Causal Fermion Systems (CFS), a leading candidate for a unified theory of physics. CFS provides a rigorous mathematical framework that merges the language of Quantum Theory and General Relativity in a novel way. This is achieved by encoding […]
For DQ-mat members and interested scientists: Colloquium by Prof. Dr. David Weld, University of California, Santa Barbara, USA Abstract: "I will discuss a novel platform for compact, continuously-trapped atom interferometry using lithium Bose condensates in the Floquet-Bloch bands of an amplitude-modulated optical lattice. In analogy to the magic wavelengths employed by optical lattice clocks, we […]