The Fundamentals of Plasmas
- Mark Kushner, The Wonders of Plasmas (December 18, 2013)
- Edward Thomas, Dusty Plasmas and the MDPX Facility (September 25, 2013)
- Michael Brown, Solar Wind Turbulence and the SSX Plasma Wind Tunnel (October 9, 2013)
- Andrew Christlieb, Computational Plasma Physics (October 15, 2014)
- Troy Carter, Fundamental Processes in Plasma Physics (October 19, 2016)
- Philipp Grete, Plasmas, Magnetic Fields, Turbulence (November 15, 2017)
- Gregory Rochau, From Stars to the Laboratory: Plasmas, Fusion, Energy and Security (September 27, 2017)
- Ricky L. K. Ang, Electron Emission from Two-Dimensional Novel Materials and Applications (April 11, 2018)
- Brad Hoff, Electron Beam Source Studies at AFRL (January 17, 2018)
- John Cary, Use of Computation for Understanding Plasmas (September 26, 2018)
- Jeffrey Oishi, Simulating Stellar Flows (October 31, 2018)
- Svetlana Starikovskaia, Making Plasmas in Nanoseconds (January 17, 2018)
- John Kline, Deconstructing Integrated High Energy Density Physics Experiments into Fundamental Models for Validation (December 5, 2018)
- Andréa Schmidt, Taking a Neutron Picture in a Flash (September 18, 2019)
- Wensheng Huang, Plasma Diagnostics Package for Studying High-Power Hall Thrusters in Flight (October 2, 2019)
- Evdokiya (Eva) Kostadinova, The Wonderland of Dusty Plasma (November 22, 2019)
- Philip Bucksbaum, Plasmas That Exist Inside the Vacuum (December 4, 2019)
- Ute Ebert, Electric Breakdown in Thunderstorms (February 27, 2019)
- Derek Schaeffer, Bringing Cosmic Shock Waves Down to Earth (October 21, 2020)
- Troy Carter, Powering the Future: Fusion, Plasmas, and the FESAC Long Range Planning Report (February 10, 2021)
- Scott Baalrud, Physics of Strongly Coupled Plasmas (February 26, 2021)
- Sedina Tsikata, Shining a Light on the Complex Physics of Low-temperature Plasmas (March 10, 2021)
- Louis DiMauro, Extreme Laser-Matter Interaction Across the Electromagnetic Spectrum (October 13, 2021)
- Justin Little, Predicting Abrupt Mode Transitions in Aerospace Plasmas (March 31, 2021)
- Davide Curreli, Plasma - Liquid Surface Interactions (November 17, 2021)
- Ken Hara, Computational Models for Electric Propulsion and Low-temperature Plasma Applications (December 8, 2021)
- Andrei Smolyakov, Physics of Partially Magnetized E x B Plasmas in the Laboratory and Space (April 14, 2021)
- Joseph Huba, Ionosphere Plasma Turbulence and Its Impact on Space Systems (March 23, 2022)
- Farhat Beg, Z-Pinches and Thermonuclear Fusion (March 9, 2022)
- Joel Fajans, Fundamental Tests with Antihydrogen Atoms (February 16, 2022)
- Omar Hurricane, Inertial Confinement Fusion (March 8, 2023)
- Andrew Christlieb, Using Machine Learning to Solve First Principle Models in Plasma Physics (March 22, 2023)
Videos
MiPlasma #01Prof. Mark Kushner, The Wonders of Plasmas
MiPlasma #03Prof. Edward Thomas, Dusty Plasmas and the MDPX Facility
MiPlasma #05Prof. Michael Brown, Solar Wind Turbulence and the SSX Plasma Wind Tunnel
MiPlasma #16Prof. Andrew Christlieb, Computational Plasma Physics
MiPlasma #33Prof. Troy Carter, Fundamental Processes in Plasma Physics
MiPlasma #38Dr. Philipp Grete, Plasmas, Magnetic Fields, Turbulence
MiPlasma #41Dr. Gregory Rochau, From Stars to the Laboratory: Plasmas, Fusion, Energy and Security
MiPlasma #45Prof. Ricky L. K. Ang, Electron Emission from Two-Dimensional Novel Materials and Applications
MiPlasma #46Dr. Brad Hoff, Electron Beam Source Studies at AFRL
MiPlasma #47Prof. John Cary, Use of Computation for Understanding Plasmas
MiPlasma #49Prof. Jeffrey Oishi, Simulating Stellar Flows
MiPlasma #50Dr. Svetlana Starikovskaia, Making Plasmas in Nanoseconds
MiPlasma #51Dr. John Kline, Deconstructing Integrated High Energy Density Physics Experiments into Fundamental Models for Validation
MiPlasma #53Dr. Andréa Schmidt, Taking a Neutron Picture in a Flash
MiPlasma #54Dr. Wensheng Huang, Plasma Diagnostics Package for Studying High-Power Hall Thrusters in Flight
MiPlasma #55Prof. Evdokiya (Eva) Kostadinova, The Wonderland of Dusty Plasma
MiPlasma #56Prof. Philip Bucksbaum, Plasmas That Exist Inside the Vacuum
MiPlasma #58Prof. Ute Ebert, Electric Breakdown in Thunderstorms
MiPlasma #63Dr. Derek Schaeffer, Bringing Cosmic Shock Waves Down to Earth
MiPlasma #66Prof. Troy Carter, Powering the Future: Fusion, Plasmas, and the FESAC Long Range Planning Report
MiPlasma #67Prof. Scott Baalrud, Physics of Strongly Coupled Plasmas
MiPlasma #68Dr. Sedina Tsikata, Shining a Light on the Complex Physics of Low-temperature Plasmas
MiPlasma #70Prof. Louis DiMauro, Extreme Laser-Matter Interaction Across the Electromagnetic Spectrum
MiPlasma #72Prof. Justin Little, Predicting Abrupt Mode Transitions in Aerospace Plasmas
MiPlasma #73Prof. Davide Curreli, Plasma - Liquid Surface Interactions
MiPlasma #74Prof. Ken Hara, Computational Models for Electric Propulsion and Low-temperature Plasma Applications
MiPlasma #76Prof. Andrei Smolyakov, Physics of Partially Magnetized E x B Plasmas in the Laboratory and Space
MiPlasma #77Dr. Joseph Huba, Ionosphere Plasma Turbulence and Its Impact on Space Systems
MiPlasma #78Prof. Farhat Beg, Z-Pinches and Thermonuclear Fusion
MiPlasma #81Prof. Joel Fajans, Fundamental Tests with Antihydrogen Atoms
MiPlasma #82Dr. Omar Hurricane, Inertial Confinement Fusion
MiPlasma #86Prof. Andrew Christlieb, Using Machine Learning to Solve First Principle Models in Plasma Physics