SHINE 2026 abstracts associated with WG1
Authors: Artin Khaleghi (New Jersey Institute of Technology), Qin Li (New Jersey Institute of Technology), Ziyang Zhang (New Jersey Institute of Technology), Bo Shen (NewView More
Authors: Jessica Hamilton (Georgia State University), Viacheslav Sadykov (Georgia State University), Irina Kitiashvili (NASA Ames Research Center, Oana Vesa (Stanford University) Investigating the propagation andView More
Authors: Felix N. Minta (UT- San Antonio, SwRI), George C. Ho (SwRi, UT- San Antonio), Heather A. Elliott ( We present a multi-diagnostic study ofView More
Authors: Samriddhi Sankar Maity (Georgia State University, NASA/Goddard Space Flight Center), Talwinder Singh (Georgia State University), Nat Gopalswamy (NASA/Goddard Space Flight Center) Coronal mass ejectionsView More
Authors: Johnathan Stauffer (NRL), Mark Linton (NRL) In magnetostatics, potential (i.e. curl-free) magnetic fields represent the minimum energy state for a given distribution of magneticView More
Authors: Anshika Singh (NJIT), Bin Chen (NJIT), Xiaocan Li (Los Alamos National Laboratory), Joel Dahlin (NASA GSFC) Coronal mass ejections (CMEs) are believed to beView More
Authors: Darius Desnoes (University of New Hampshire), James Ryan (University of New Hampshire) Gamma rays and neutrons play an important role in the study ofView More
Authors: C. Gilly (NWRA) The PUNCH mission images the young solar wind across a field of view that spans several orders of magnitude in heliocentricView More
Authors: Yuhong Fan (HAO/NSF NCAR) We present magnetohydrodynamic simulations of the evolution of a prominence-forming coronal flux rope from quasi-equilibrium to eruption beneath a coronalView More
Authors: Keheng Zhu (University of Michigan), Xianyu Liu (University of Michigan), Igor Sokolov (University of Michigan), Lulu Zhao (University of Michigan) The Alfvén Wave SolarView More
Authors: Julia R. Clark (George Mason/Montana State University), W. Dean Pesnell (NASA GSFC), Matthew Barzal (University of Maryland), Rachael Filwett (Montana State University) PolarView More
Authors: Graham Barnes (NWRA), Karin Dissauer (University of Graz), Peter W. Schuck (NASA GSFC) Solar flare ribbons, manifesting as transient brightenings in the upper photosphereView More
Authors: Bin Chen (NJIT), Sijie Yu (NJIT), Peijin Zhang (NJIT), Owen Giersch (NJIT), Caius Selhorst (NJIT), Yuqian Wei (NJIT), Jonas Flygare (Caltech), Meiqi Wang (NJIT),View More
Authors: Zac Bailey (Institute for Astronomy at University of Hawaii at Manoa), Shadia Habbal (Institute for Astronomy at University of Hawaii at Manoa), Colby HaggertyView More
Authors: Mausumi Dikpati (NSF-NCAR, HAO) Flux emergence is often described as magnetic tubes rising through the convection zone, but the central unresolved issue is whetherView More
Authors: Maria D. Kazachenko (1-3), Benoit Tremblay (4) and the Flow ISSI team Accurate measurements of photospheric plasma flows are essential for understanding the transportView More
Authors: Daniel Mendoza (University of Colorado Boulder), Steven Cranmer (University of Colorado Boulder) Extrapolation models such as Potential Field Source Surface (PFSS) and 3D magnetohydrodynamicView More
Authors: Yeimy J. Rivera (Center for Astrophysics | Harvard & Smithsonian), Parker Solar Probe & Solar Orbiter team Parker Solar Probe (Parker) has completed multipleView More
Authors: Kara Kniezewski (Air Force Institute of Technology), Emily Mason (Predictive Science Inc), Johnathan Stauffer (Naval Research Laboratory), Daniel Emmons (Air Force Institute of Technology)View More
Authors: Xiangyu Wu (MSSL, UCL), Christopher J. Owen (MSSL, UCL), Jesse Coburn (LPP), Georgios Nicolaou (MSSL, UCL), Daniel Verscharen (MSSL, UCL), Jingting Liu (MSSL, UCL),View More
Authors: Tams I. Gombosi (University of Michigan) Physics-based simulations of SEP events are one of the computational grand challenges of heliophysics. They are also essentialView More
Authors: Andres Munoz-Jaramillo (Southwest Research Institute), Isabel Tejada-Sanchez (Universidad de los Andes), Phoebe Mahlin (Universidad de California – Berkeley), Claudia Holland (Universidad de California –View More
Authors: Don Kolinski (HAO / NFS NCAR), Tom Berger (HAO / NFS NCAR), Ben Berkey (HAO / NFS NCAR), Joan Burkepile (HAO / NFS NCAR),View More
Authors: Abhinav G. Iyer (The University of Sydney), Michael S. Wheatland (The University of Sydney) Solar flares and coronal mass ejections (CMEs) are energetic eventsView More
Authors: Jackson MacTaggart (University of Michigan), Susan Lepri (University of Michigan), Liang Zhao (University of Michigan), Lennard Fisk (University of Michigan) Under simple radial expansion,View More
Authors: Carlos R. Braga (JHU/APL), Vamsee K. Jagarlamudi (JHU/APL), Angelos Vourlidas (JHU/APL), Guillermo Stenborg (JHU/APL), Nour Raouafi (JHU/APL) While most spacecraft intercept coronal mass ejectionsView More
Authors: Sujay Shankar (Boston University), Chuanfei Dong (Boston University), Hongyang Zhou (Boston University), Liang Wang (Boston University), Yi-Min Huang (University of Maryland), Yuxi Chen (UniversityView More
Authors: Xianyu Liu (Umich), Spiro K. Antiochos (Umich), Nishtha Sachdeva (Umich), Gábor Tóth (Umich), Ward B. Manchester IV (Umich), Bart van der Holst (BU), IgorView More
Authors: Brian T. Welsch (Univ. of Wisc. – Green Bay), Yang Liu (Stanford Univ.) Electric currents flowing in coronal magnetic fields store the energy thatView More
Authors: Lizet Casillas(UCLA), Benjamin Lynch(UCLA), Marco Velli(UCLA), Victor Reville(irap), Olga Panasenco (Advanced Heliophysics) The heliospheric current sheet (HCS) is the boundary between open magnetic fieldsView More
Authors: L. A. Fisk (Umich), L. Zhao (Umich), J. R. MacTaggart (Umich), C. A. Ballard (Umich), and S.T. Lepri (Umich) Observations and analysis of theView More
Authors: Sayak Bose (Princeton University, Princeton Plasma Physics Laboratory), Troy Carter (Oak Ridge National Laboratory), Michael Hahn (Columbia University), Daniel Wolf Savin (Columbia University) andView More
Authors: Isaac Asante (Georgia State University), Viacheslav Sadykov (Georgia State University), Irina Kitiashvili (NASA Ames Research Center) Solar oscillations are reliable diagnostic tools for understandingView More
Authors: Alan Hsu (Harvard University), Jenna Samra (Smithsonian Astrophysical Observatory), Steven Tomczyk (Solar Scientific LLC), Daniel Durusky (Smithsonian Astrophysical Observatory), Jacob Hawthorne (Smithsonian Astrophysical Observatory),View More
Authors: Marc DeRosa (Lockheed Martin Solar and Astrophysics Laboratory), Soumyaranjan Dash (National Solar Observatory), Sushant Mahajan (Stanford University) The evolution of the photospheric magnetic fieldsView More
Authors: Richard Frazin (UMich), Federico Nuevo (CONICET, AR), Alberto Vásquez (CONICET, AR), Enrico Landi (UMich), Ward Manchester (UMich) Solar Rotational Tomography (SRT) of the coronaView More
Authors: Aidan Nakhleh (University of Michigan), Nicholeen Viall (NASA Goddard Space Flight Center), Sue Lepri (University of Michigan), Jim Raines (University of Michigan) Density andView More
Authors: Cooper Downs (PSI) Modern studies of coronal heating often involve conducting magnetohydrodynamic (MHD) or field-aligned hydrodynamic (HD) simulations of realistic magnetic field configurations inView More
Authors: Elizabeth Wraback (HAO/NSF NCAR), Samaiyah Faird (Alabama A&M University), Thomas Schad (NSO), Urszula Bak-Steslicka (University of Wroclaw), Giuliana de Toma (HAO/NSF NCAR), Yuhong FanView More
Authors: D. Lloveras1,2, L. Balmaceda1,2, F. Iglesias3,4, Y. Machuca3,4, M. Sánchez Toledo3, H. Cremades3,4, C. Sasso5, P. Sahani5, Y. de Leo6,7 & T. Nieves-Chinchilla1 1View More