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Matthew Argall
University of New Hampshire Main CampusMeeting roles in:
Energy Conversion in the Electron Diffusion Region (EDR) of Magnetic Reconnection Using Kinetic and Relative Entropy
Impact of density and temperature gradients on energy conversion associated with non-equilibrium velocity distribution functions during asymmetric reconnection
MMS Observation of Electromagnetic Energy Conversion in Kelvin-Helmholtz Event at Low-Latitude Boundary Layer Magnetopause.
ML-IMEF: A Machine Learning Approach to Global Modeling of the Inner Magnetospheric Electric Field and Potential for Evaluating Stormtime Dynamics
The Current Density Coil: Direct measurements of electrical currents in space plasmas
Virtual Reality as a Tool for Science Educators: the 'Charge Playground'
MMS Observations of Plasma and Magnetic Field Entropy in Reconnection and Turbulence
Recent advances in the use of entropy to investigate weakly collisional heliophysical plasma processes
Magnetic Waves Excited by Newborn Inner Source Pickup H+ Measured by the Voyager Spacecraft Inside 3AU
Electron and turbulence properties during sub-Alfvénic CME solar wind
Non-Equilibrium Electron Dynamics and Energy Conversion in Asymmetric Magnetic Reconnection with a Guide Field
Artificial Intelligence (AI) for Scientific Discovery in Solar Wind–Earth Interaction I Poster
Real-Time Estimation of Cross Polar Cap Potential from IMEF: A Machine Learning Approach to Dayside Reconnection Diagnostics
Artificial Intelligence (AI) for Scientific Discovery in Solar Wind–Earth Interaction II Oral
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