Precision Many Body Physics

The workshop will focus on the theoretical and experimental control of correlated quantum matter, highlighting recent progress and future directions. It will bring together theorists and experimentalists who share the goal of understanding and quantitatively predicting equilibrium properties and dynamical phenomena in strongly correlated many-body systems. Achieving this goal requires cross-validation between computational, experimental, and analytical approaches across a range of fields, including ultracold atoms, materials science, quantum chemistry, and nuclear physics.

• Giuseppe Carleo EPFL
• Kun Chen Chinese Academy of Sciences
• Tilman Esslinger ETH Zürich
• Chunhan Feng Max Planck Institute for the Physics of Complex Systems
• Matthew Foulkes Imperial College London
• Martin Gazo Cambridge
• Antoine Georges Collège de France and CCQ Flatiron Institute
• Clifford Hicks University of Birmingham
• Eduardo Ibarra García Padilla Harvey Mudd College
• Anna Kauch TU Wien
• Ankit Mahajan Columbia University
• Andrew Millis CCQ Flatiron Institute
• Agnes Valenti CCQ Flatiron Institute
• Jan von Delft Ludwig-Maximilians-University
• Philipp Werner University of Fribourg
• Xing-Can Yao University of Science and Technology of China
• Tarik Yefsah École Normale Supérieure
• Martin Zwierlein MIT