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Anthony Sciola
Johns Hopkins University Applied Physics LaboratoryMeeting roles in:
Global Modeling of the Circulation and Acceleration of Plasmasphere-originating Plasma
Magnetic Reconnection and Current Sheet Physics in Space Plasmas: Theory, Observations, and Multiscale Dynamics I Oral
Contributions of Polar Outflows to the Storm-Time Magnetosphere: Insights from Multifluid MHD Simulations.
Magnetic Reconnection and Current Sheet Physics in Space Plasmas: Theory, Observations, and Multiscale Dynamics II Poster
Exploring Stormtime Geospace as a Complex System: Recent Developments from the Center for Geospace Storms
A Global View of Reconnection and Heating in Jupiter’s Magnetosphere
Three-Dimensional Magnetosphere Structure and Dynamics During Geomagnetic Storms I Oral
Subgrid-scale modeling of MHD turbulence
Mesoscale dynamics of the stormtime ring current and their manifestation in ion-driven aurora
Global and Microscale Consequences of Mesoscale Magnetotail Dynamics I Oral
Global and Microscale Consequences of Mesoscale Magnetotail Dynamics II Poster
Purple Rain: Direct Relativistic Electron Injections and Their Auroral Counterparts
Characterizing auroral precipitation and energy deposition with the Dragon King model in MAGE
Connecting stormtime SAR arc variability to mesoscale ring current-plasmasphere evolution via global geospace modeling
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