Events

Technische Sammlungen Dresden and the Cluster of Excellence ct.qmat will be celebrating the arrival of Kitty Q and the inauguration of the new escape room on the opening weekend on Saturday and Sunday, April 27/28.

In Bamberg we will meet and talk about your projects.

This five-day workshop aims to foster collaboration among string theorists, condensed matter physicists, mathematical physicists, and other experts in quantum chaos. It seeks to introduce participants to key models and results while outlining unresolved problems in the field. Main themes include studying chaos signatures in quantum many-body systems, developing unified approaches to dynamics across different time scales, creating new theoretical techniques for analyzing chaos in complex systems, and exploring chaos implications for related fields like quantum information and black hole mechanics.

Understanding non-equilibrium quantum many-body systems is a key challenge in modern physics. Exploring dynamics through periodic (Floquet) drives has been a significant approach, revealing intriguing Floquet phases with unique properties. Recent research has extended to quasi-periodic and structured-random driving, and explored the interplay between Floquet driving and dissipation. This workshop aims to brin togehter researchers in this dynamic field, discussing foundational concepts and sharing the latest ideas, with a focus on classifying non-thermal pathways and broadening the scope of non-equilibrium phases of matter.

Topological quantum matter plays a central role in both modern condensed matter and quantum statistical physics and has many exciting applications including, potentially, quantum computation. This workshop will bring together researchers working on various fronts of topological quantum matter, both experimentally and theoretically, and to stimulate interdisciplinary discussions and collaborations.

From July 15th to 19th, 2024, join us for a hybrid event, designed for both novices and seasoned practitioners of ALF - Algorithms for Lattice Fermions. Dive into tutorials covering ALF's rudiments and advanced methodologies, engage in collaborative workgroup projects to explore practical implementations, and stay abreast of the latest advancements in lattice fermion simulations through insightful talks by workshop participants. Whether you're a beginner eager to grasp ALF's basics or an adept seeking to refine your skills, this workshop promises a comprehensive learning experience tailored to all proficiency levels.

CT.QMAT24 is the second international conference of the Cluster of Excellence ct.qmat on emerging quantum phenomena resulting from topological physics and its interplay with many-body interactions in diverse quantum matter settings, from topological electron materials to quantum spin systems and photonics.

The field of quantum spin liquids has evolved significantly over the past five decades, driven by the availability of frustrated magnetic platforms like pyrochlore, hyperkagome, and hyperhoneycomb materials. Modern sources of magnetic frustration enable the creation of novel forms of magnetic ordering at low temperatures. Progress in understanding the microscopic origin of these states is attributed to the collaboration between theory and experiment, facilitated by advancements in numerical quantum many-body approaches. The school aims to introduce fundamental concepts in frustrated magnetism, providing a series of lectures and tutorials involving experimentalists, theoreticians, and numerical experts.