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James Burch
Southwest Research InstituteMeeting roles in:
Scaling of Particle Heating in Shocks and Magnetic Reconnection
Investigating Electron Energizations in Ion-scale Flux Rope Chain in Turbulent Plasma using MMS Data
The Role of the Parallel Electric Field in Energy Conversion During Electron Only Reconnection Events in Earth’s Magnetosheath
Unravelling the link between turbulence, intermittency, and dissipation in the terrestrial magnetosheath
Characterizing Dissipation Scale Solar Wind Turbulence at 1 AU Using Correlation Functions.
MMS Observations of Low-Latitude Dayside Reconnection Under Predominantly Northward IMF
Current Dissipation in Asymmetric Guide-Field Reconnection
Observations and simulations of Kelvin-Helmholtz Waves under radial IMF conditions
A Comprehensive Model for Maximum Velocity Shear at the Earth’s Magnetopause
The phase relation among microinjection, thermal plasma, and electric field
Fine Structure of Reconnection with a Strong Guide Field
Multi-scale physics controlling the rate of magnetic reconnection: MMS observations
MMS observations of ions and electrons in an ion-scale flux rope chain in Earth's plasma sheet
Upcoming Multi-Mission Conjunction Opportunities for Investigating Magnetopause Magnetic Reconnection
Is Magnetic Reconnection Fundamentally Variable?
Observational Evidence of Nonlinear Growth of Whistler-mode Waves in Foreshock Structures
When thin layers aren’t thin: Investigating KHI Dynamics in the finite width low-latitude boundary layer using MMS Observations and MHD Simulations
Investigation of the Diffusion Region with Varying Turbulence Intensities around the Magnetotail Reconnection X-line
Atomic and Molecular Nitrogen Ions at the Dayside Magnetopause During the 2024 Gannon Storm
MMS Observations of a Compressed, Strongly Driven Magnetopause during the 2024 Mother’s Day Storm
2D Reconstruction from Measurements Along a Space Trajectory Using SIREN-Enhanced Physics-Informed Neural Networks (PINNs)
Argon-40 Production in Europa and MASPEX/Clipper’s Ability to Measure It
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