Fundamental three-body processes in physics and chemistry
Three-body processes, the interaction of three particles, find applications in a large variety of physical and chemical scenarios, spanning a wide range of energies: from the MeV of the nucleons in nuclei (nuclear physics) to the ultralow energies of neV in cold and ultracold systems (cold and ultracold chemistry). In particular, three-body processes, such as three-body recombination or ternary association, play a relevant role in ion reactivity in ultracold gases, impurity physics, and as an action spectroscopy tool. However, even though three-body processes are ubiquitous, the underlying physics is not fully understood. This workshop aims to unite the community working in few-body physics, chemical physics, AMO, and nuclear physics under a general scientific umbrella.
Jesus Perez Rios (Stonybrook)
Roland Wester (Innsbruck)
James Babb (ITAMP)
Cheng Chin (University of Chicago)
Leah Dodson (Universiy of Maryland)
Robert Forrey (Penn State Berks)
Rene Gerritsma (University of Amesterdam)
Pannos Giannakeas (Max Planck Institute for Complex Systems)
Chris Greene (Purdue University)
Johannes Denschlag (University of Ulm)
Pavol Jusko (Max Planck of Extraterrrestial Physics)
Brian Kendrick (Los Alamos National Lab)
Alejandro Kievsky (Pisa University)
Viatcheslav Kokoouline (University of Central Florida)
Rian Koots (Stonybrook University)
Svetlana Kotchigova (Temple University)
Robert Low (University of Stuttgarg)
Marjan Mirahmadi (Max Born Insitute)
Seth Rittenhouse (Naval Academy)
Tobias Schätz (Freiburg University)
Thierry Sotecklin (University of Burdeaux)
Robert Wild (University of Innsbruck)
