Research
MIPSE faculty, staff, and students are engaged in a wide variety of research investigating the fundamentals and applications of plasmas on topics ranging from space plasmas to micro-plasmas. We invite you to contact MIPSE members if you want additional information on their research.
Featured Project: ZEUS - The Most Powerful Laser in the U.S.
Once completed, the ZEUS laser system will be the highest-power laser system in the US and will be among the highest-power lasers worldwide for the next decade. ZEUS will operate as an NSF sponsored user facility, offering external users experimental access to advance science frontiers and enable discovery. The first round of proposals will be due December 31, 2022 and awarded experiments beginning in October 2023.
The name ZEUS (Zettawatt-Equivalent Ultrashort pulse laser System) refers to the interaction of a PetaWatt laser pulse colliding with a GeV energy electron beam that can be generated by one of its two beamlines. This geometry provides the equivalent of a “Zettawatt” power laser interaction (1021 Watts) in the rest frame of the electron beam. It will consequently allow exploration of fundamental yet unanswered questions regarding non-linear quantum electrodynamics in relativistic plasmas, including non-perturbative quantum radiation reaction and electron-positron pair production mechanisms. In addition, there will be a long-pulse shock driver that can be used with one of the other beams. Further experiments enabled by this facility will include pump-probe experiments using femtosecond x-rays as a probe of material dynamics on ultra-short timescales, the production of GeV ion beams, the generation of instabilities in electron-positron jets, the exploration of vacuum polarization effects, relativistic astrophysical shocks, and the production of pions and muons.
Research Areas
Low Temperature Plasmas
Accelerators and Beams
Plasma Propulsion
Materials Processing (Plasmas, Laser)
High Energy Density Plasmas
Environmental and Energy Applications
Microplasmas
Diagnostics
High Power Microwaves
Biological and Biomedical Applications
Modeling and Simulation Methods
- Scott Baalrud
- Martin Berz
- Yingda Cheng
- Yongjun Choi
- Andrew Christlieb
- Sean Couch
- Paul Drake
- August Evrard
- Tamas Gombosi
- Timothy Grotjohn
- Eric Johnsen
- Robert Krasny
- Mark Kushner
- Susan Lepri
- Michael Liemohn
- Ryan McBride
- Eric Michielssen
- Brian O'Shea
- Edward Rothwell
- Mateusz Ruszkowski
- Alec Thomas
- Gábor Tóth
- John Verboncoeur
- Peng Zhang
- Yang Zhang