Panel discussion on topological plasma physics

ORAL

Abstract

The panelists will examine the rapidly evolving field of topological plasma physics, which has seen significant growth in the past five years. The discussion will focus on the following set of topics. 1) How concepts from condensed matter physics are being applied to improve our understanding of plasma physics, e.g., the establishment of edge-bulk correspondence and index theorems in Hermitian plasma systems. 2) Recent theoretical and experimental breakthroughs in topological waves and excitations in plasmas and the unique topological characteristics of unmagnetized and magnetized plasmas, particularly in phase space. 3) Innovative technologies enabled by topological physics for fusion energy research, such as particle acceleration and current drive using topological waves. 4) Future research directions and methods, in particular, those for non-Hermitian and nonlinear topological physics in classical plasma and fluid systems. The panelists will also address the interdisciplinary nature of this field, discussing opportunities for collaboration between plasma physicists, condensed matter physicists, and mathematical physicists. Join us for a stimulating discussion on the future of this exciting field and its potential to open new avenues for technological advancements.

Presenters

  • Hong Qin

    Princeton Plasma Physics Lab

Authors

  • Hong Qin

    Princeton Plasma Physics Lab

  • Brad Marston

    Brown University

  • Jeff Parker

    Google Research

  • Steven Tobias

    University of Leeds

  • Ziyan Zhu

    Stanford University

  • Yichen Fu

    Lawrence Livermore Natl Lab, Lawrence Livermore National Laboratory