A Statistical Study of Wave Properties Across Multiple Solar Cycles
Authors: Samuel Fordin (University of Delaware), Michael A. Shay (University of Delaware), Lynn B. Wilson III (NASA Goddard Space Flight Center), Gael Lucero (University ofView More
Tag: 2024 Session 18. Multiscale Nature of Plasma Turbulence from Inertial Scales to Dissipation Range
Associated with SHINE 2024 Session 18
Analysis of the evolution of the phase space density of internal energy using pressure-strain interaction and heat flux
Authors: M. Hasan Barbhuiya (West Virginia University), Paul Cassak (West Virginia University), James Juno (Princeton Plasma Physics Laboratory), Gregory Howes (University of Iowa), Sarah ConleyView More
Exploring Kinetic Processes in the Upper Corona and Solar Wind: Insights from Parker Solar Probe
Authors: Michael Terres (Smithsonian Astrophysical Observatory), Michael Stevens (Smithsonian Astrophysical Observatory), Kristoff Paulson (Smithsonian Astrophysical Observatory) Turbulence serves as a mechanism for transferring energy fromView More
Parametric description of intermittent probability distribution functions in solar wind and magnetohydrodynamic turbulence
Authors: Juan C. Palacios (Florida Tech), Jean Perez (Florida Tech), Sofiane Bourouaine (Florida Tech) In this work, we find empirical evidence that the scale-dependent statisticalView More
Hear the songs of the inner heliosphere recorded by Parker Solar Probe
Authors: Jaye Verniero (NASA GSFC), Robert Alexander (NASA GSFC/UMBC), Kristoff Paulson (SAO), Sam Badman (SAO) Parker Solar Probe (PSP) is sampling unprecedented regions of theView More
A Tale of Two Waves and a Particle: What lies beyond the Quasilinear Approximation
Authors: Garyfallia Strus (University of Colorado Boulder), Steven Cranmer (University of Colorado Boulder) One of the main features of the solar wind is its nonlinearView More
The Kinetic Analog of the Pressure-Strain Interaction: Case Studies of Landau Damping
Authors: Sarah Conley (Princeton University), James Juno (Princeton Plasma Physics Laboratory), Jason TenBarge (Princeton University), M. Hasan Barbhuiya (West Virginia University), Paul Cassak (West VirginiaView More
Electron-only reconnection and inverse magnetic-energy transfer at sub-ion scales
Authors: Zhuo Liu, Caio Silva, Lucio M. Milanese, Noah R. Mandell, Nuno F. Loureiro Electron-only reconnection is a type of magnetic reconnection occurring in sufficientlyView More
Evolution of solar wind turbulence during radial alignment of Parker Solar Probe with Solar Orbiter in December 2022
Authors: Ashok Silwal (University of Alabama in Huntsville), Lingling Zhao (University of Alabama in Huntsville), Xingyu Zhu (University of Alabama in Huntsville) Parker Solar ProbeView More
Investigating the scale-dependent conversion of turbulent energy in the magnetosheath
Authors: Sohom Roy (University of Delaware), Riddhi Bandyopadhyay (Princeton University), William H. Matthaeus (University of Delaware), Yan Yang (University of Delaware) One of the fundamentalView More
The Fundamental Parameters of Astrophysical Plasma Turbulence and its Dissipation
Authors: Gregory Howes (University of Iowa) A specific set of dimensionless plasma and turbulence parameters is introduced to characterize the nature of turbulence and itsView More
Does the Coronal Heating Rate Depend on Microscopic Reconnection Physics?
Authors: Yi-Min Huang (Princeton University), Amitava Bhattacharjee (Princeton University) The footpoints of coronal loops are constantly shuffled by convection on the solar surface, entangling theView More
Electron-only and ion-coupled magnetic reconnection in plasma turbulence: magnetic flux transport signatures
Authors: Tak Chu Li (Dartmouth College), Yi-Hsin Liu (Dartmouth College), and Yi Qi (University of Colorado Boulder) Electron-only magnetic reconnection was first identified by theView More
Structure and scaling of electron pressure-strain interaction as a function of guide field in ion coupled reconnection
Authors: Subash Adhikari (Department of Physics and Astronomy, West Virginia University, Morgantown, WV, Department of Physics and Astronomy, University of Delaware, Newark, DE), Paul A.View More
Revisiting Landau damping of collisionless Langmuir waves through the lens of entropy
Authors: Hasith Perera(West Virginia University),Paul Cassak(West Virginia University),Hasan Barbhuiya(West Virginia University), Michael Shay(University of Delaware),Greg Howes(University of Iowa),James Juno(PPPL),Jason M. TenBarge(Princeton University),Emily Lichko (University ofView More
Solar wind turbulence: superposed‐epoch analysis of corotating interaction regions
Authors: Yuliang Ding(EPSS, UCLA), Chen Shi(EPSS, UCLA), Marco Velli(EPSS, UCLA), Zesen Huang(EPSS, UCLA), Nikos Sioulas(JPL) A superposed-epoch analysis is carried out to study the turbulenceView More
Investigation on the dispersive ion-cyclotron waves in the solar wind
Authors: Yogesh (CUA/NASA GSFC), L. Ofman (CUA/NASA GSFC), S. A. Boardsen (UMBC/NASA GSFC), V. M. Sadykov (Georgia State University), L.K. Jian (NASA GSFC), J. L.View More
Anisotropy of Density Fluctuations in the Solar Wind at 1 au
Authors: Jiaming Wang (Department of Physics and Astronomy, University of Delaware), Rohit Chhiber (Heliophysics Science Division, NASA Goddard Space Flight Center), Sohom Roy (Department ofView More
Congruency Of Enhancement In Magnetic Partial Variance Of Increments And Dayside Magnetopause Reconnections
Authors: Ramiz Qudsi (Boston University), Brian Walsh (Boston University) Magnetic partial variance of increments or PVI is a simple and yet a very effective toolView More
Plasma Sheath Electric Fields and Jets of the Sun and Solar Wind
Authors: Charles Fred Driscoll (UCSD) A model of “charge-electric” energization of the Solar Wind and Corona is developed, including electro-magnetic particle effects precluded by traditionalView More