This two-day course will explore some of the most frequently used symmetries in quantum mechanics, both from a general overview, as well as by analyzing specific and particular examples.
In the first day, Prof Harshman will review why symmetry is such a powerful tool for understanding quantum systems. He will introduce some basic ideas from group theory to show how this tool works by going through the “Top 10”.
In the second day, as an example, Prof Harshman will apply these symmetries and methods to a simple physical scenario with surprisingly rich phenomenology: the structure and dynamics of a few ultracold atoms interacting in an optical trap.
The course will be led by Professor Nathan Harshman (Department of Physics, American University, Washington, DC, USA).
The attendance to the course will be recognized with an official certificate.
