Sabrina R. Nagel: nagel7@llnl.gov
- PhD in plasma physics
- HED Shock Physics Group at LLNL
- x-ray imaging for the NIF
Dave Schlossberg: schlossberg1@llnl.gov
- Science Lead, NIF Nuclear Diagnostics
- Campaign Lead, ICF High Energy Implosions
- Science on Saturday 2022 | Bringing Star Power to Earth: Harnessing Nuclear Fusion
Felicie Albert: albert6@llnl.gov
- Jupiter Laser Facility Director
- HEDS | Laser-Plasma Accelerators: Riding the Wave to … X-Ray Light Sources
Eyal Feigenbaum: feigenbaum1@llnl.gov , eyal@llnl.gov
- Science & technology Group Leader
- Optics & Materials organization
- Laser-induced damage (LID)
G. Elijah Kemp: kemp10@llnl.gov
C.B. Yeamans: yeamans1@llnl.gov
- NIF Materials and Radiation Effects
- Science Lead
- High yield polar direct drive fusion neutron sources at the NIF | CoLab
Christopher Alexander Walsh: walsh34@llnl.gov
- Postdoctoral Researcher
- High-Energy-Density-Plasmas (HEDP)
- Magnetic Hydrodynamics
- New research looks at process of magnetic flux generation in ICF implosions | Lawrence Livermore National Laboratory
Mikhail A. Dorf: dorf1@llnl.gov
- Research Staff
- Accelerator/Beam physics
- HEDP ICF
Marius Millot: millot1@llnl.gov
- Research Scientist
- HED, Ultrafast Dynamic Shockwave Compression
- Impedance-Matching, Phase Transitions
- Optical Properties, Equations of State
- Researcher Spotlight: Marius Millot | High Energy Density Science Center
Phillip Snyder:
Genia Vogman: vogman1@llnl.gov
- Computational Scientist
- High-fidelity continuum kinetic simulations – a frontier in plasma modeling
Ibo Matthews: ibo@llnl.gov
- Division Leader, Materials Science
- Enhancing Process Control in Metal 3D Printing
- matthews11 | people.llnl.gov
Stephen Libby: libby1@llnl.gov
- Group Leader, Theory & Modeling
- High Energy Density Physics – Theory and Exp. in the Realm of the Superlasers
John D. Moody:
Bradley B. Pollock:
David J. Strozzi: strozzi2@llnl.gov
Pierre A. Michel: pmichel@llnl.gov ← undeliverable
Vladimir A. Smalyuk: smalyuk2@llnl.gov ← undeliverable
- Spherical, cylindrical and planar implosion geometries
- High-energy-density plasmas
- Rayleigh-Taylor, Richtmyer-Meshkov, and Kelvin-Helmholtz Instabilities
Robert Tipton: tipton1@llnl.gov
Adam Rutkowski: adam@marathonfusion.com , ar49@princeton.edu
Erik Townsend:
Yuan Ping: ping2@llnl.gov
- Group Leader
- Physics Division LLNL
- Yuan Ping: Then and Now / 2013 Early Career Award Winner | Department of Energy
Adam Sefkow: asef@lle.rochester.edu
- ICF, MCF, HEDP, LPI
- computational physics
- MHD, PIC SIMS
Ryan Rygg: ryan.rygg@lle.rochester.edu
- high-energy-density physics
- shock waves
- inertial confinement fusion
Chuang Ren: chuang.ren@rochester.edu
- Inertial confinement fusion
- Plasma astrophysics
- High performance computing including AI/ML
Suxing Hu: shu@lle.rochester.edu
- Inertial Confinement Fusion (ICF): Implementing/Using accurate first-principles -based EOS, transport, opacity, and stopping-power models in radiation-hydrodynamics codes for reliable ICF simulations; designing/analyzing implosion experiments to understand and control Rayleigh–Taylor instability growth and thermal-nuclear burns in ICF targets through multidimensional radiation-hydrodynamics simulations. We are also interested in alternative ICF target designs with the ultimate goal of realizing fusion ignition in laboratories.
- https://www.youtube.com/watch?v=agRs2kTT0xw
Todd Rider:
- Nuclear Fusion - Lecture on Riders’ 95 MIT Work - Limits on Certain Reactors
- Fundamental limitations on plasma fusion systems not in thermodynamic equilibrium
- Rider Institute | RIDER Institute | Founded by Dr. Todd H. Rider
Mingsheng Wei: mingsheng@lle.rochester.edu
- Mingsheng Wei | LaserNetUS
- Fast Electron Generation and Energy Coupling in Fast and Shock Ignition Schemes of Inertial Confinement Fusion | UCI Physics and Astronomy
James Dark: jdark@mit.edu ← undeliverable
Dustin H. Froula: dustin.froula@rochester.edu ← undeliverable
- Meet Janus User: Dustin Froula | Jupiter Laser Facility
- Department of Physics and Astronomy: University of Rochester
Nigel Woolsey: nigel.woolsey@york.ac.uk
Ted Kochanski:
John Pasley: john.pasley@york.ac.uk
- John Pasley - School of Physics, Engineering and Technology, University of York
- Hydrodynamics Driven by Intense short-pulse lasers by John Pasley
- Fusion Industry School 2025 ICF by Dr. John Pasley
Rick E. Olson: reolson@lanl.gov
Brian M. Haines: bmhaines@lanl.gov
Saba Goodarzi: sgoodarzi@lanl.gov
Mark J. Schmitt: ___@lanl.gov
Blake A. Wetherton: wetherton@lanl.gov
Hyun-Suk Park: park1@llnl.gov
Joseph E. Ralph: ralph5@llnl.gov