Electron scattering from whistlers collocated with magnetic field inhomogeneities
Authors: Tien Vo (LASP – CU Boulder), Oleksiy Agapitov (SSL – UC Berkeley), Robert Ergun (LASP), Cynthia Cattell (U of Minnesota), Jack Redepenning (U ofView More
Tag: 2023 Session 14. The Kinetic Physics of Energy Conversion in Weakly Collisional Space Plasmas
2023 Session 14
As Seen by Parker Solar Probe: In-Situ Signatures of Wave-Particle Interactions Driven by Solar Ejecta
Authors: J. L. Verniero (NASA/GSFC), F. Carcaboso (NASA/GSFC), C. Braga (APL), T. Nieves-Chinchilla (NASA/GSFC), K. W. Paulson (SAO), S. Badman (SAO), S. Bale (UC Berkeley),View More
A new model for the simulation of electron and ion acceleration during magnetic reconnection in macroscale systems
Authors: Zhiyu Yin (University of Maryland), James Drake (University of Maryland), Marc Swisdak (University of Maryland), Harry Arnold (Johns Hopkins University Applied Physics Laboratory), FanView More
Novel parallel-kinetic perpendicular-moment model for magnetized plasmas
Authors: Jimmy Juno (Princeton Plasma Physics Laboratory), Ammar Hakim (Princeton Plasma Physics Laboratory), Jason TenBarge (Princeton University) Many astrophysical plasma systems, from pulsar magnetospheres toView More
Understanding the Kinetic Physics of Particle Energization at Quasiperpendicular Collisionless Shocks Using the Field-Particle Correlation Technique
Authors: Gregory G. Howes (U Iowa), James Juno (PPPL), Collin R. Brown (U Iowa), Colby C. Haggerty (U Hawaii), Sage Constantinou (U Hawaii), Jason M.View More
Electron Energization in Magnetic Reconnection: Eulerian versus Lagrangian Perspectives
Authors: Jason TenBarge (Princeton University), Jimmy Juno (PPPL), Gregory Howes (University of Iowa) Magnetic reconnection is a ubiquitous process in space and astrophysical plasmas, andView More
The Properties of Turbulence Driven by 3D Magnetic Reconnection
Authors: Xiaocan Li (Dartmouth College), Fan Guo (LANL), Yan Yang (University of Delaware), Hui Li (LANL) An intriguing characteristic of 3D reconnection is the presenceView More
Energy and entropy evolution in collisionless plasma waves in the presence of Landau damping
Authors: Hasith Perera (West Virginia University),Paul Cassak (West Virginia University),Hasan Barbhuiya (West Virginia University),Greg Howes (University of Iowa) A forefront area of research in weaklyView More
Frequency-resolved local measurements of phase-space energization
Authors: E. Lichko (University of Chicago), J. Juno (Princeton Plasma Physics Laboratory), S. Conley (University of Iowa, Princeton Plasma Physics Laboratory), G. Howes (University ofView More
Phase-space turbulence in electrostatic plasmas
Authors: Michael Nastac (University of Oxford), Michael Barnes (University of Oxford), Robert Ewart (University of Oxford), James Juno (Princeton Plasma Physics Laboratory), Alexander Schekochihin (UniversityView More
Identifying the phase of magnetic reconnection using the temporal evolution of pressure-strain interaction
Authors: Hasan Barbhuiya (West Virginia University), Paul Cassak (West Virginia University) Energy conversion in collisionless space plasmas has garnered significant attention in recent years. KineticView More
Extended magnetic reconnection in kinetic plasma turbulence
Authors: Tak Chu Li (Dartmouth College), Yi-Hsin Liu (Dartmouth College), Yi Qi (University of Colorado Boulder), and Muni Zhou (Institute for Advanced Study) Magnetic reconnectionView More
Theoretical Developments on Energy Conversion via the Pressure-Strain Interaction and Applications to Magnetic Reconnection
Authors: Paul Cassak (West Virginia University), Hasan Barbhuiya (West Virginia University) Energy conversion between bulk kinetic and thermal energy in weakly collisional and collisionless plasmas,View More
Exploring the effect of turbulent fluctuations on the onset of reconnection
Authors: Jeffersson Agudelo Rueda, (Department of Physics and Astronomy, Dartmouth College, Hanover, NH, USA), Yi-Hsin Liu (Department of Physics and Astronomy, Dartmouth College, Hanover, NH,View More
Wave generation and energetic electron scattering in solar flares
Authors: Hanqing Ma(University of Maryland), James Drake (University of Maryland), Marc Swisdak (University of Maryland) We conduct two-dimensional particle in cell simulations to investigate theView More
Kinetic Model of Fast Solar Wind Generation and Heating by Kinetic Alfvén Wave Turbulence
Authors: Philip A. Isenberg (UNH), Bernard J. Vasquez (UNH) We present preliminary results from our kinetic guiding-center model for coronal hole protons heated by cyclotronView More
The nonorthogonal x-line in a small guide-field reconnection event in the magnetotail
Authors: Yi Qi (Laboratory for Atmospheric and Space Physics, Boulder, CO, United States) , Robert Ergun(Laboratory for Atmospheric and Space Physics, Boulder, CO, United States),View More
The spacecraft potential of Wind over time
Authors: Lynn B. Wilson III (NASA GSFC), Chadi Salem (Berkeley SSL) The Wind spacecraft is nearly 29 years old and as such, has one ofView More
Phase-Space Energy Transfer in Collisionless Shocks with Non-Adiabatic Electron Heating
Authors: Collin Brown (University of Iowa), Greg Howes (University of Iowa), Aaron Tran (Columbia University), Kris Klein (University of Arizona) The process that converts supersonicView More
Inspection of possible presence of Double Layers and Phase-Space Holes at Venus Magnetosphere using Parker Solar Probe
Authors: Dibyendu Sur (NASA Goddard Space Flight Center) The paper demonstrates the possible presence of different kinetic structures in the induced Venus magnetosphere. This isView More