SHINE 2026 abstracts associated with WG1
Authors: Anthony Atkinson (Rice University), David Alexander (Rice University) Observations of magnetic fields in extrasolar environments are critical to the current theories of planetary formation,View More
Authors: Chip Manchester (University of Michigan), Igor Sokolov (University of Michigan), Gergely Koban (University of Michigan), Nishtha Sachdeva (University of Michigan), Lulu Zhao (University ofView More
Authors: Andrew M Leisner (George Mason University), Matt Dupertuis (George Mason University), Jie Zhang (George Mason University), Charles N. Arge (NASA/GSFC) Potential Field Source SurfaceView More
Authors: Anna Fitzmaurice (UMCP), James Drake (UMCP), Marc Swisdak (UMCP) Extreme enhancements of 3He are commonly observed during impulsive SEP events, suggesting the presence ofView More
Authors: Dinesha V. Hegde (Center for Space Plasma and Aeronomic Research (CSPAR), the University of Alabama in Huntsville (UAH)), Sujit Roy (Earth System Science CenterView More
Authors: Arpita Roddanavar (NJIT), Satoshi Inoue (NJIT), Keitarou Matsumoto (NJIT, Nagoya University), Haimin Wang (NJIT) Magnetic flux ropes (MFRs) are widely regarded as fundamental structuresView More
Authors: Joel Dahlin (University of Maryland, College Park) A major unsolved problem in solar physics is understanding what determines whether a solar flare remains confinedView More
Authors: Mia Mancuso (NJIT), Ju Jing (NJIT), Haimin Wang (NJIT) As instrument resolution has increased our ability to study small scale features on the sunView More
Authors: Matthias Rempel (HAO/NSF NCAR) In this scene setting talk I will provide an overview of recent 3D flare models. I will focus specifically onView More
Authors: Meiqi Wang(NJIT), Matsumoto Keitarou(NJIT), Sijie Yu(NJIT), Bin Chen(NJIT), and Wickline, Mallory(NJIT) The acceleration and transport of flare-related solar energetic electrons (SEEs) remain unresolved problemsView More
Authors: Matthias Rempel (HAO/NSF NCAR), Georgios Chintzoglou (LMSAL) We present a data-inspired simulation of NOAA active region AR 11158. To this end we simulate theView More
Authors: Urszula Bąk-Stęślicka (Astronomical Institute, University of Wrocław, Poland), Sarah E. Gibson (National Center for Atmospheric Research, Boulder, CO 80305, USA), Marek Stęślicki (Space ResearchView More
Authors: Arman Manookian (New Jersey Institute of Technology), Alexander Kosovichev (New Jersey Institute of Technology), Samuel Granovsky (New Jersey Institute of Technology), Irina Kitiashvili (NASAView More
Authors: Rudra Kafle (Worcester Polytechnic Institute), Cutter Beck (Worcester Polytechnic Institute), Evan Smith (Worcester Polytechnic Institute), Jacob Whitehill (Worcester Polytechnic Institute), and Khagendra Katuwal (NewView More
Authors: Alaa Fayad (Department of Physics, The University of Texas at Austin, Austin, TX 78712, USA) , Anna Tenerani (Department of Physics, The University ofView More
Authors: Mari Paz Miralles, Garrett Keating, Katharine Reeves, Chad Madsen, Mark Gurwell (Center for Astrophysics | Harvard & Smithsonian) The Solar Submillimeter Array (Solar SMA)View More
Authors: Binal Patel (ROB/STCE), Andrei Zhukov (ROB/STCE), Marilena Mierla (ROB/STCE), Andreas Debrabandere (ROB/STCE), Sergei Shestov (ROB/STCE), Laurent Dolla (ROB/STCE), Bram Bourgoignie (ROB/STCE), Christophe Jean (ROB/STCE),View More
Authors: Nariaki Nitta (Lockheed Martin Advanced Technology Center), Tamitha Skov (Millersville University), Meng Jin (Lockheed Martin Advanced Technology Center) We discuss how the following twoView More
Authors: Georgios Chintzoglou (Lockheed Martin Solar and Astrophysics Lab) Solar magnetic fields appear on a wide range of spatial scales, from the quiet Sun andView More
Authors: Georgios Chintzoglou (Lockheed Martin Solar and Astrophysics Lab), Neal Hurlburt (Lockheed Martin Solar and Astrophysics Lab) Understanding the magnetic field of the Sun isView More
Authors: Samuel J. Schonfeld (AFRL/Space Warfare Directorate), Laura Balmaceda (George Mason University, NASA Goddard Space Flight Center), Alison Farrish (George Mason University, NASA Goddard SpaceView More
Authors: Evangelos Paouris (JHUAPL), Samantha Wallace (Department of Physical Sciences, Embry-Riddle Aeronautical University), Angelos Vourlidas (JHUAPL), Charles Nick Arge (GSFC, NASA) We present a 3DView More
Authors: Zeping Jin (UAH), Lingling Zhao (UAH), Xingyu Zhu (UAH) Interplanetary (IP) shocks efficiently modify the proton temperature anisotropy of the solar wind. Analyzing ∼800View More
Authors: Corinne Morrell (LASP, University of Colorado Boulder), Mark P. Rast (LASP, University of Colorado Boulder), Shah Mohammad Bahauddin (LASP, Independent University Bangladesh), Ivan MilicView More
Authors: Christina Kay (JHU APL) Remote imaging of the Sun, corona, and interplanetary space allow us to observe structures as they develop and how theyView More
Authors: Tingyu Gou (CfA), Katharine Reeves (CfA), Daniel Seaton (SwRI), Ritesh Patel (SwRI), Bin Zhuang (UNH) Coronal mass ejections (CMEs) are among the most energeticView More
Authors: S. E. Gibson (NSF NCAR/HAO) In this talk I will discuss CMEs, from their initiation in the lower solar corona to their propagation andView More
Authors: Momchil Molnar (Southwest Research Institute), Roberto Casini (NSF NCAR/HAO), Bibhuti Jha (Southwest Research Institute), Yuhong Fan (NSF NCAR/HAO), Chloe Pistelli (University of Montana), GiulianaView More
Authors: Krishna Khanal (Center for Space Plasma and Aeronomic Research, University of Alabama in Huntsville), Gary P. Zank (Center for Space Plasma and Aeronomic Research,View More
Authors: Ying Wang (NJIT), Yan Xu (NJIT), Ju Jing (NJIT), Haimin Wang(NJIT) Polar crown filaments (PCFs) are crucially related to the structure of solar polarView More
Authors: Griffin T. Goodwin (Georgia State University), Alison J. March (University of Colorado at Boulder), Jayant Biradar (University of Arizona), Christoph Schirninger (University of Graz),View More
Authors: Emily Mason (PSI), Roberto Lionello (PSI), Cooper Downs (PSI), Jon Linker (PSI), Viacheslav Titov (PSI) In this presentation, we apply the slip-back mapping methodView More
Authors: Joao M. da Silva Santos (NSO), Eric Dunnington (RPI), Robert Jarolim (HAO), Sanja Danilovic (SU/ISP), Serena Criscuoli (NSO) Magnetic reconnection at small spatial scalesView More
Authors: B. Lekshmi (National Solar Observatory), Sushanta Tripathy (National Solar Observatory), Kiran Jain (National Solar Observatory), Alexei Pevtsov (National Solar Observatory) We investigate the evolutionView More
Authors: Lindsay Glesener The new data from large radio observatories with many antennas will revolutionize the investigations we can perform on the Sun. In thisView More
Authors: Katelyn Sonnen (University of Colorado Boulder), Maria Kazachenko (University of Colorado Boulder/National Solar Observatory) Homologous solar activity refers to repeated solar activity originating fromView More
Authors: Julian Toczylowski (Andrews University), Jay Johnson (Andrews University), Simon Wing (Johns Hopkins University), and Thierry Dudok de Wit (ISSI) To better understand the dynamicsView More
Authors: Tong Shi (SETI Institute), Meng Jin (Lockheed Martin Solar and Astrophysics Lab), Xianyu Liu (University of Michigan) Coronal Mass Ejections (CMEs) on the SunView More
Authors: Ryan J. French (LASP), Alin R. Paraschiv (NSO), Maria Kazachenko (LASP/NSO), Thomas A. Schad (NSO) Solar flares are powered by the conversion of coronalView More
Authors: Khagendra Katuwal (New Mexico State University), Dr. R.T. James McAteer (New Mexico State University) A study of the unbalanced magnetic polarity distribution of 70View More