MIT, Department of Physics
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Affiliated Works
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- Electric Fields in Density Cavities And The Transverse Energization of Ions
- Langmuir and Lower Hybrid Wave Bursts in a Laboratory Model of Ionospheric Modification
- The Dynamical Foundation of Fractal Stream Chemistry: The Origin of Extremely Long Retention Times
- Laboratory Observation of Fast Collision-less Magnetic Reconnection
- Nonlinear Energization of Ionospheric Ions by Electrostatic Fields
- Electrostatic Fields in Ionospheric Density Cavities and Their Effect on Ion Dynamics
- Laboratory Observation of Fast Collisionless Reconnection<SUP>*</SUP>
- Electrostatic Fields in Density Cavities and Nonlinear Energization of Ions
- Magnetotail reconnection with guide field
- Spatially Localized Fields in Density Cavities and Associated Ion Acceleration
- Spontaneous reconnection in a laboratory experiment.
- Electrostatic Fields in Density Cavities and Their Interaction With Ions
- Generation of Chaotic Magnetic Fields and Their Effect on Particle Motion
- Self-consistent model of nonlinear mirror mode structures
- Chaotic Magnetic Fields due to Asymmetric Current Configurations - Modeling Cross-Field Diffusion of Charged Particles in Cosmic Rays
- Experimental Study of the Nonlinear Evolution of Plasma Filaments
- Laboratory Observation of Large-Amplitude Electrostatic Fluctuations Driven by Magnetic Reconnection
- Tests and consequences of ballooning in the RCM-E
- Trapped electron model for in situ observations of magnetotail reconnection.
- Experimental Studies of Electrostatic Turbulence, Energetic Electrons, and Electron Phase-space Holes During Magnetic Reconnection on the Versatile Toroidal Facility
- Experiments on 3D Evolution of Spontaneous Magnetic Reconnection
- Particle Diffusion in Chaotic Magnetic Fields Generated by Asymmetric Current Configurations
- Equations of State in Collisionless Magnetic Reconnection
- Kinetic Formulation of Transport of Charged Particles Interacting With Electromagnetic Waves in Magnetized Plasmas
- Particle energization by a time-dependent chaotic magnetic field
- Steady State Chaotic Magnetic Fields and Particle Dynamics Cross-field Transport of Particles in Chaotic Magnetic Fields
- The role of kinetic effects and parallel electric fields in collisionless reconnection
- Design of a Magnetic Reconnection Experiment in the Collisionless Regime
- Large-scale electron acceleration by parallel electric fields during magnetic reconnection
- Using Laboratory Magnetospheres to Develop and Validate Space Weather Models
- Controlled Space Physics Experiments using Laboratory Magnetospheres
- Boring and Sealing Rock with Directed Energy Millimeter-Waves
- Endogenous Magnetic Reconnection in Solar Coronal Loops
- Role of Magnetic Reconnection in Magnetic Plasma Turbulence
- Endogenous magnetic reconnection and its role in the diffusive emission of solar coronal plasmas
- The role of reconnection in MHD and kinetic turbulence
- Nonlinear Reconnection in Magnetized Turbulence