Michigan Institute for Plasma Science and Engineering (MIPSE) Seminars

Synergies in Inertial Fusion Energy and Inertial Confinement Fusion Research

Investigating Jupiter’s Powerful Auroras with NASA’s Juno Mission

Direct and Model-Independent Temperature Measurements in Extreme States of Matter

Understanding and Controlling the Interactions of Plasmas with Flames and Flowing Gases

Picosecond Optical Sum-Frequency Generation Enabling Fundamental Studies in Plasmas and at Interfaces with Materials

Low Temperature Plasma Science to Advance Human Health and Enable a Sustainable Future

From KMS Fusion to HB11 Energy, Xcimer Energy, and Fuse Federal USA; A 50 Year Inertial Fusion Energy Perspective

Modern Perspectives and Challenges in Magnetic Reconnection

Solar Energetic Particles and Space Weather: Causes and Consequences

Multi-Scale Process TCAD at the Institute for Microelectronics, TU Wien

To Ignition and Beyond

Quantifying Dynamics of Plasmas Out of Local Thermodynamic Equilibrium

X-ray Spectroscopy for High-energy-density Plasma Studies

Electron-beam Generated Plasmas and Their Applications – from Materials Processing to Space Propulsion

Using High Energy Density Plasmas for Nuclear Experiments Relevant to Nuclear Astrophysics

Integrating Physics and Engineering for Fusion Reactor Design, Assessment, and Optimization

Modeling and Simulation of Plasma-Surface Interactions in Nanofabrication

Plasmas for Propulsion: Alternative Propellants and (Some) Emerging Concepts

Multiscale Modeling of Molecular Ion Beams and Beam-Surface Interactions

The Giant Planets as Unique Laboratories for Space Plasma Processes

New Lens on the Frontier of Matter in Extreme Conditions

The APEX (A Positron-Electron eXperiment) Collaboration: Progress & Future Developments

Pulsed-Power-Driven Plasma Physics at MIT

Moving to Address the Curse of Dimensionality to Enable ‘First Principle’ Optimal Design in Fusion System

How Ignition and Target Gain > 1 Was Achieved in Inertial Fusion