Michigan Institute for Plasma Science and Engineering (MIPSE) Seminars

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

Pulsed-Power-Driven Plasma Physics at MIT

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

New Lens on the Frontier of Matter in Extreme Conditions

Critical Developmental Challenges and Potential Advancement Paths for Megawatt-Scale Nuclear Electric Propulsion Systems

Unraveling Implosion Physics in Inertial Confinement Fusion: Direct-drive Simulations, Experiments, and Physics-informed Data Science

Trying to Build Better Mouse-traps: From Hollow Cathodes to a Plasma Density “Standard Candle”

Extreme Plasma Astrophysics

Turbulence and Transport Research Beyond the Burning Plasma Era

CANCELED: Progress Toward Understanding Turbulence and Transport in I-mode Plasmas

Plasma Irregularities in the Earth’s Ionosphere and Plasmasphere

Z-pinch Research at UC San Diego

Fundamental Tests with Antihydrogen Atoms

A Cocktail of Active Ingredients – Benefits and Challenges for Plasma Medicine

Dynamics of Low Temperature Magnetized Plasmas: Self-Organization and Anomalous Electron Transport

The Plasma-Water Interface: Modern Challenges and New Software Tools

Physics Impacts to Plasma Wave Thruster Design

A New Regime of HED Physics: Coupling High-Rep-Rate Lasers with Cognitive Simulation

Scaling Intense Laser-Atom Interactions from Low to High Frequency

Physics of Partially Magnetized ExB Plasmas in the Laboratory and Space

Mode Transitions in Low-temperature Aerospace Plasmas

Rethinking the Art of Plasma Etch

Shining a Light on the Complex Physics of Low-temperature Plasmas

Powering the Future: Fusion & Plasmas, the FESAC Long Range Planning Report

Journey to the Sun

Exploring Transformative Startup Solutions for Magnetically Confined Fusion Plasmas

Lasers, Z Pinches, and Nuclear Weapons: The Importance of Plasma Physics to the NNSA

Quantum Hydrodynamics and Rayleigh-Taylor Instability

Bringing Cosmic Shock Waves Down to Earth