Suprathermal Electrons in the Heliospheric Magnetic Field
Authors: Alicia Petersen (University of Florida), David Galarza (University of Florida) Recent Parker Solar Probe (PSP) observations nearer the Sun than ever before likely containsView More
Tag: 2024 Session 6. Modern approaches to investigate larger scale structures in the heliosphere
Associated with SHINE 2024 Session 6
Non-adiabatic Shock Heating in Extended Magnetohydrodynamic Models
Authors: Gabor Toth (University of Michigan), Bart van der Holst (University of Michigan) Extended magnetohydrodynamic (XMHD) involves extra variables and/or terms compared to ideal magnethohydrodynamicsView More
The UCSD Real-Time 3-D Heliospheric Reconstruction Analyses as Citizens’ Science Outreach
Authors: Bernard V. Jackson (Department of Astronomy and Astrophysics, University of California, San Diego), Benjamin Pieczynski (Department of Astronomy and Astrophysics, University of California, SanView 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
On the properties of the Alfven transition zone separating the solar corona and the solar wind
Authors: Rohit Chhiber (NASA GSFC & U Delaware), Arcadi Usmanov (NASA GSFC & U Delaware), William Matthaeus (U Delaware), Melvyn Goldstein (SSI), and Others TheView More
On the Spatial Correlation of Solar Wind Turbulence
Authors: Katayoun Movassaghi Gargari (Florida Institute of Technology), Jean C. Perez (Florida Institute of Technology), Sofiane Bourouaine (Florida Institute of Technology) Solar wind turbulence isView More
Mysterious low frequency transients discovered by the Owens Valley Long Wavelength Array
Authors: Surajit Mondal (NJIT), Bin Chen (NJIT) , Dale Gary (NJIT) , Peijin Zhang (NJIT,UCAR), Gregg Hallinan (Caltech) and the OVRO-LWA team The middle coronaView More
Radio Investigations for Space Environment Research (RISER): Year 1 Progress
Authors: Mario M. Bisi (RAL Space, United Kingdom Research And Innovation – Science & Technology Facilities Council – Rutherford Appleton Laboratory, Harwell Campus, United Kingdom),View More
Distorted Magnetic Flux Ropes within Interplanetary Coronal Mass Ejections
Authors: Andreas J. Weiss (NASA Postdoctoral Program Fellowship, NASA GSFC), Teresa Nieves-Chinchilla (Heliophysics Science Division, NASA GSFC), Christian Moestl (Austrian Space Weather Office, GeoSphere Austria)View More
Understanding the Evolution of the Three-Part Structure of a Coronal Mass Ejection on 2012 July 26
Authors: Bin Zhuang (University of New Hampshire), Noé Lugaz (University of New Hampshire), Manuela Temmer (University of Graz), Tingyu Gou (Harvard-Smithsonian Center for Astrophysics), CarlosView More
Measuring CME magnetic fields through their prominences: He I 1083 nm as unsaturated Hanle diagnostic of the coronal magnetic field
Authors: Momchil E. Molnar (HAO), Roberto Casini (HAO) The Helium I 1083 nm atomic line can be utilized to infer properties of the solar coronalView More
Voyager 2 measurements of solar wind corotating interaction regions at Uranus
Authors: Jamie M. Jasinski (NASA Jet Propulsion Laboratory), Corey J. Cochrane (NASA Jet Propulsion Laboratory), Xianzhe Jia (University of Michigan), William R. Dunn (UCL), EliasView More
Quantifying how surface complexity influences properties of the solar corona and solar wind
Authors: Caroline L. Evans (University of Colorado Boulder), Cooper Downs (Predictive Science, Inc.), Don Schmit (Cooperative Institute for Research in Environmental Sciences), James Crowley (UniversityView More
Magnetic Insights from Vector Magnetogram Inversions of Hinode SP
Authors: James Crowley (National Solar Observatory; CU Boulder), Cooper Downs (Predictive Science Inc.), Don Schmit (CIRES), Caroline Evans (National Solar Observatory; CU Boulder) Over theView More
Combining Images from PSP/WISPR, SolO/SoloHI and 1 AU to Track Small Scale Features within Coronal Mass Ejections
Authors: Phillip Hess (NRL) In past observations of coronal mass ejections (CMEs) taken near 1 AU, there were strict observational limits to the structural CMEView More
Implications and causes in the identification of Large Scale Structures from operations to research
Authors: Carlos Perez-Alanis (NASA Goddard Space Flight Center / George Mason University); Teresa Nieves-Chinchilla (NASA Goddard Space Flight Center ); Michelangelo Romano, (Catholic University ofView More
Probing the edge of a large-scale wave region with single spacecraft techniques
Authors: S. Dorfman (Space Science Institute), K. Zhang (University of California, Los Angeles), L. Turc (University of Helsinki), U. Ganse (University of Helsinki), M. PalmrothView More
Three-Dimensional Simulation of Geo-Effective Small-to-Mesoscale Solar Wind Structures Observable by SWIFT Constellation
Authors: W. Manchester IV (University of Michigan), N. Sachdeva (University of Michigan), M. Ala-Lahti (University of Michigan), E. Kilpua (University of Helsink), S. Lata SoniView More
Characterization of ICME magnetic flux ropes from multiview observations
Authors: Qiang Hu (UAH) The magnetic field configurations of Interplanetary Coronal Mass Ejections (ICMEs) have long been modeled based on in-situ spacecraft measurements. We demonstrateView More
Automatic classification of solar wind stream in the interplanetary medium
Authors: Sanchita Pal (NASA GSFC), Thomas Narock (Center for Natural, Computer, and Data Sciences, Goucher College), Luiz F. G. dos Santos (SETI Institute), Andreas J.View More
Incorporating a method for inferring solar coronal 3D magnetic fields using IQU-only spectropolarimetry into the CLEDB package.
Authors: Alin Razvan Paraschiv (NSO) With the commissioning of new generation instrumentation and the recent advances in understanding the theoretical aspects of solar coronal polarization,View More
Multi-Spacecraft Measurements of CMEs by Wind and STEREO-A: 2022 – 2023
Authors: Sahanaj Aktar Banu (University of New Hampshire, Durham, New Hampshire, United States), Noé Lugaz(University of New Hampshire, Durham, New Hampshire, United States), Nada AlHaddadView More
Multi-spacecraft Probing of CME Field Structure at Small Longitudinal Separations
Authors: Brian E. Wood (NRL), Phillip Hess (NRL) With STEREO-A completing its first orbit around the Sun relative to the Earth on 2023 August 12,View More
Comparing Operational Geospace Model Results Using STEREO-A and L1 Storm Observations
Authors: A. P. Rasca (CU/CIRES), H. J. Singer (NOAA/SWPC), G. H. Millward (CU/CIRES), J. G. Luhmann (UC Berkeley), C. O. Lee (UC Berkeley), L. JianView More
WISPR translational tomography: extracting locations of nearby coronal rays
Authors: Kenny Kenny (CU Boulder, SwRI), Sam Van Kooten (SwRI), Craig DeForest (SwRI), Paulett Liewer (JPL) As a ‘local’ imager aboard the Parker Solar ProbeView More
SWIFT: Resolving the Three-Dimensional Morphology and Dynamics of Geo-Effective Solar Wind Structures
Authors: M. Akhavan-Tafti (University of Michigan), L. Johnson (MSFC), R. Sood (University of Alabama), J. A. Slavin (University of Michigan), T. Pulkkinen (University of Michigan),View More
On the nature of low-frequency power spectra in solar wind turbulence
Authors: Mason Dorseth (Florida Institute of Technology), Jean C. Perez (Florida Institute of Technology), Sofiane Bourouaine (Florida Institute of Technology), Juan C. Palacios (Florida InstituteView More