The FRIB-TA Summer School: A Practical Walk Through Formal Scattering Theory: Connecting Bound States, Resonances, and Scattering States in Exotic Nuclei and Beyond will be held online from August 4 to 6, 2021.
Registration for this event is now closed.
Please note that the target group for this school is graduate students.
To ensure an effective learning experience, applicants are expected to be familiar with the concepts of quantum theory at the level of a typical two-semester graduate course. We furthermore require prior experience with programming in Python.
Scattering theory is a framework connecting seemingly different phenomena of the quantum world such as stable bound states, resonances, elastic scattering, and reactions. It has applications in many areas of physics, ranging from hadrons and nuclear physics to the description of ultracold atomic systems. In particular, scattering theory provides the foundation for few- and many-body approaches that solve quantum problems from first principles, and it is an essential ingredient for the description of low-energy nuclear reactions that will be studied at the Facility for Rare Isotope Beams (FRIB).
This summer school will offer an introduction to nonrelativistic quantum scattering theory, discussing its fundamental assumptions and techniques guided by concrete applications. Formal aspects, centered around the important concept of the S-matrix, will be covered in detail, complemented at each step by numerical illustrations and hands-on programming exercises.
At the end of this three-day course, participants will have a firm understanding of the basic concepts of scattering theory, how they relate to a variety of few-and many-body quantum systems, and how they can be implemented numerically for simple examples.
The school is organized by the FRIB Theory Alliance.
Kévin Fossez (MSU/ANL)
Sebastian König (NCSU)
Heiko Hergert (MSU)