APS DPP Annual Meeting

66th Annual Meeting of the APS Division of Plasma Physics 

October 7-11, 2024 • Atlanta, Georgia USA

Attendees of any APS in-person or virtual events are expected to meet standards of professional conduct as described in the APS Code of Conduct. Violations of these standards may disqualify people from future participation.


Invited Speakers

Astrophysical and Space Plasma
David Hosking University of Oxford United Kingdom
Alexis Marret Stanford University  
Romain Meyrand University of Otago New Zealand
Jonathan Ng University of Maryland  
Yin Wang Princeton Plasma Physics Laboratory  
Qile Zhang Los Alamos National Laboratory  
Beams, Plasma Accelerators, Coherent Radiation
Lay Kee (Ricky) Ang Singapore University of Technology and Design Singapore
Nichelle Bennett Sandia National Laboratories  
Severin Diederichs University of Hamburg Germany
Matthew Edwards Lawrence Livermore National Laboratory  
Dillon Ramsey University of Rochester  
Hiroshi Sawada University of Nevada  
Raspberry  Simpson Massachusetts Institute of Technology  
Fundamental Plasma Physics
E. Paulo Alves University of California, Los Angeles  
Dietmar Block University Kiel Germany
Carlos Cartagena-Sanchez Bryn Mawr College  
Kaixuan Fan Peking University China
Timothy Johnson Massachusetts Institute of Technology  
Evdokiya Kostadinova Auburn University  
Yuzhi Li Virginia Tech  
Hui Li Los Alamos National Laboratory  
Yi-Hsin Liu Dartmouth College  
Derek Schaeffer Princeton University  
Jason Shuster University of Maryland  
Bindesh Tripathi University of Wisconsin  
High Energy Density Plasmas
Jason Bates Naval Research Laboratory  
Blagoje Djordjevic Lawrence Livermore National Laboratory  
Tobias Dornheim Center for Advanced Systems Understanding Germany
Richard Kraus Lawrence Livermore National Laboratory  
Guillaume Loisel Sandia National Laboratories  
Sophia Malko Princeton Plasma Physics Laboratory  
Elizabeth Merritt Los Alamos National Laboratory  
John Porter Sandia National Laboratories  
Ryan Rygg University of Rochester  
Alison Saunders Lawrence Livermore National Laboratory
Joshua Sauppe Los Alamos National Laboratory  
Jergus Strucka Imperial College United Kingdom
Inertial Confinement
Thomas Awe Sandia National Laboratories  
Benjamin Bachmann Lawrence Livermore National Laboratory  
Alison  Christopherson Lawrence Livermore National Laboratory  
Alexandre Do  Lawrence Livermore National Laboratory  
Nobuhiko Izumi Lawrence Livermore National Laboratory  
Yongho  Kim  Los Alamos National Laboratory  
James Knauer University of Rochester  
William Lewis Sandia National Laboratories  
Kevin Meaney Los Alamos National Laboratory  
Andrew Schmitt Naval Research Laboratory  
Alexander Seaton Los Alamos National Laboratory  
Hong Sio Lawrence Livermore National Laboratory  
Andrey Solodov University of Rochester  
Connor Williams University of Rochester  
Low Temperature Plasmas
Lucas  Beving University of Michigan  
Ben Jorns University of Michigan
June Young Kim Seoul National University South Korea
Justin Little University of Washington  
Alexey  Shashurin Purdue University  
Shurik  Yatom Princeton Plasma Physics Laboratory  
Magnetic Confinement (Experiment)
John Canik Oak Ridge National Laboratory  
Jie Chen  University of California, Los Angeles  
Elena De La Luna Laboratorio Nacional de Fusin-CIEMAT Spain
Luis F.  Delgado-Aparicio Princeton Plasma Physics Laboratory  
William Heidbrink University of California, Irvine  
Rongjie  Hong University of California, Los Angeles  
Nathan Howard Massachusetts Institute of Technology  
Athina Kappatou Max-Planck Institut für Plasmaphysik Germany
Yevgen Kazakov Laboratory for Plasma Physics-ERM/KMS Belgium
Nils Leuthold Columbia University  
Deyong Liu General Atomics  
Nikolas Logan Lawrence Livermore National Laboratory  
Jack Lovell Oak Ridge National Laboratory  
Anurag Maan Princeton Plasma Physics Laboratory  
Mikhail Maslov Culham Science Centre United Kingdom
Stefano Munaretto Princeton Plasma Physics Laboratory  
Ou Pan Max-Planck-Institut für Plasmaphysik Germany
Aaron M. Rosenthal Massachusetts Institute of Technology  
Alex Saperstein Columbia University  
Kathreen Thome General Atomics  
Gurleen Bal University of California, Los Angeles  
Kevin Verhaegh United Kingdom Atomic Energy Authority United Kingdom
Matthias Willensdorfer Max-Planck-Institut für Plasmaphysik Germany
Guanying Yu University of California, Davis  
Magnetic Confinement (Theory)
Toby Adkins University of Oxford United Kingdom
Arash Ashrourvan General Atomics  
Diego del-Castillo-Negrete Oak Ridge National Laboratory  
Daniel Dudt Princeton University  
Ben Faber University of Wisconsin  
Baptiste Frei Swiss Plasma Center-EPFL Switzerland
Walter Guttenfelder Princeton Plasma Physics Laboratory  
Stephen Jardin Princeton Plasma Physics Laboratory  
Alan Kaptanoglu University of Maryland  
Andreas Kleiner Princeton Plasma Physics Laboratory  
Nami Li Lawrence Livermore National Laboratory  
Chris McDevitt University of Florida  
Eduardo Rodriguez Princeton University  
Denis St-Onge University of Oxford United Kingdom
Philipp Ulbl Max-Planck-Institut für Plasmaphysik Germany
Review
Laurent Divol Lawrence Livermore National Laboratory  
Forrest Doss Los Alamos National Laboratory  
Tünde Fülöp Chalmers University  Sweden
Jong-Kyu  Park Princeton Plasma Physics Laboratory 
Tutorials
Félicie  Albert Lawrence Livermore National Laboratory  
Jean-Pierre Boeuf University of Toulouse  France
Ammar Hakim Princeton Plasma Physics Laboratory   
Cristina Rea Massachusetts Institute of Technology

Maxwell Prize

Amitava

Bhattacharjee

Princeton University

Stix Award

Jonathan

Squire

University of Otago

New Zealand

Rosenbluth Award

Alison

Christopherson

Lawrence Livermore National Laboratory

Landau-Spitzer

Christopher

Chen

Queen Mary University

 United Kingdom

Gregory

Howes

University of Iowa

Kristopher

Klein

University of Arizona

Invited Post Deadline

Paul

Bernhardt

University of Alaska

 

Juan

Huang

Institute of Plasma Physics

China

Paul

Thomas

Tokamak Energy Limited

United Kingdom