Abstract associated with student poster for SHINE 2022
Authors: Bryce Cannon (NJIT), Haimin Wang (NJIT), Ju Jing (NJIT) Magnetic reconnection is an important process to quickly release stored magnetic energy in solar flares.View More
Authors: Alexandra Glenn (UH Mānoa, IfA), Haosheng Lin (UH Mānoa, IfA) SPIES mock-up is a proof of concept instrument that will prove the viability ofView More
Authors: Samuel Fordin (University of Delaware),Michael Shay (University of Delaware),Lynn B. Wilson III (NASA GSFC),Bennett Maruca (University of Delaware),Barbara Thompson (NASA GSFC) 26 years ofView More
Authors: Vicki Herde (LASP), Phil Chamberlin (LASP), Don Schmit (LASP), Vanessa Polito (BAERI), Ryan Milligan (QUB), Adrian Nigel (GSFC) It’s well-known that the Solar coronaView More
Authors: Juan Camilo Buitrago-Casas (UC Berkeley), Lindsay Glesener (University of Minnesota), Steven Christe (NASA GSFC), Säm Krucker (UC Berkeley), Juliana Vievering (Applied Physics Laboratory JohnsView More
Authors: Dinesha V. Hegde (Department of Space Science & Center for Space Plasma and Aeronomic Research (CSPAR), The University of Alabama in Huntsville, Huntsville, ALView More
Authors: Lizet Casillas Coronal Mass Ejections (CMEs) can create powerful magnetic storms that can have devastating effects on earth environment as they affect satellites, powerView More
Authors: André Nicolov (Caltech), Paul Bellan (Caltech) When surrounded by plasma, astrophysical dust acquires charge through collisions with electrons. The dust-plasma system is governed byView More
Authors: Elliot Johnson The solar wind is ejected out of the Sun at high temperatures and is moving at a high speed, it is not inView More
Authors: Christopher S. Moore (Harvard|Smithsonian Center for Astrophysics), MinXSS Team Solar flares accelerate particles on timescales of minutes, converting magnetic energy to thermal, radiative andView More
Authors: Laurel Farris (New Mexico State University), Sean Sellers (New Mexico State University), James McAteer (New Mexico State University) The 3-minute oscillations that dominate theView More
Authors: Veronica Bindi (University of Hawaii at Manoa), Cristina Consolandi (University of Hawaii at Manoa), Claudio Corti (University of Hawaii at Manoa), Chris Light (UniversityView More
Authors: Michael Shay(University of Delaware), Tulasi N. Parashar (Victoria University of Wellington), William H. Matthaeus (University of Delaware) Classic picture of magnetic reconnection has shownView More
Authors: Erick Powell (Boston University), Merav Opher (Boston University), Marc Kornbleuth (Boston University) Neutral hydrogen in the hydrogen wall (beyond the heliopause) and heliosheath absorbView More
Authors: Bryan Yamashiro (University of Hawaii), Xudong Sun (University of Hawaii) The Sun’s polar magnetic fields impart strong constraints on the internal dynamo process, theView More
Authors: James Staeben (UVA/NASA GSFC), Nick Arge (NASA GSFC), Shaela Jones (NASA GSFC/CUA) Accurate forecasting of space weather grows increasingly important as we move towardsView More
Authors: Fernando Carcaboso (NASA Goddard Space Flight Center, The Catholic University of America), Raúl Gómez-Herrero (Space Research Group, University of Alcalá), Francisco Espinosa Lara (SpaceView More
Authors: Jacob McLaughlin (University of Iowa), Fred Skiff (University of Iowa) Neutral calcium plasma is particularly interesting for studies of ion wave dynamics. Apart fromView More
Authors: Sahanaj Aktar Banu (University of New Hampshire, Durham, New Hampshire, United States), Reka Winslow (University of New Hampshire, Durham, New Hampshire, United States), EmmaView More
Authors: Chika Onubogu (Boston University), Merav Opher (Boston University), Marc Kornbleuth (Boston University) The properties of the solar wind vary with the solar cycle, evolvingView More
Authors: Nicolas Donders (The University of Alabama in Huntsville, Department of Space Science and The Center for Space Plasma and Aeronomic Research), Amy Winebarger (NASAView More
Authors: Xiaohang Chen (University of Arizona), Athanasios Kouloumvakos (APL, Johns Hopkins University), Joe Giacalone (University of Arizona), Alexis Rouillard (CNRS) We simulate the spatial andView More
Authors: Chris R. Gilly (LASP) When SOHO was launched it included a suite of three coronagraphs, C1, C2, and C3. These imagers were made toView More
Authors: Aditya Gandhi (University of Michigan), Mojtaba Akhavan-Tafti (University of Michigan) Magnetic switchbacks, designated by abrupt reversals in the radial component of the magnetic field,View More
Authors: M. Kenny (University of Colorado, Boulder), C. E. DeForest (Southwest Research Institute), P. C. Liewer (Jet Propulsion Laboratory), M. J. West (Southwest Research Institute)View More
Authors: Austin Brenner (University of Michigan), Matti Ala-Lahti (University of Michigan), Tuija Pulkkinen (University of Michigan) When an interplanetary coronal mass ejection impacts the earth’sView More
Authors: John Stefan (NJIT), Alexander Kosovichev (NJIT), Andrey Stejko (NJIT) Past studies have found strong deviations in the mean phase travel time of acoustic wavesView More
Authors: Alexandre L. Brosius (PSU/NASA GSFC), Jaye L. Verniero (NASA GSFC), Adam Szabo (NASA GSFC) Parker Solar Probe is allowing us to witness magnetic reconnectionView More
Authors: Dennis Tilipman (University of Colorado, Boulder / LASP / NSO), Maria Kazachenko (University of Colorado, Boulder / LASP / NSO), Benoit Tremblay (University ofView More
Authors: Shannon C. Hill (Department of Climate and Space Sciences and Engineering, University of Michigan, Ann Arbor, MI, USA), Matti Ala-Lahti (Department of Climate andView More
Authors: Mason Dorseth (Florida Institute of Technology), Jean C. Perez (Florida Institute of Technology), Sofiane Bourouaine (Johns Hopkins Applied Physics Laboratory), Juan Carlos Palacios CaicedoView More
Authors: Noshin Mashayekhizadeh(University of New Hampshire), Benjamin D G Chandran(University of New Hampshire), Kai Germaschewski(University of New Hampshire) In parametric decay, the presence of aView More
Authors: Adolfo Santa Fe Dueñas (University of Texas at San Antonio / Southwest Research Institute), Robert W. Ebert ( Southwest Research Institute / University ofView More
Authors: Johnathan Stauffer (CU Boulder), Kevin Reardon (NSO) The solar chromosphere is a crucial interface for the overall energy balance of the stellar atmosphere, asView More
Authors: Jiayi Liu (University of Hawaii), Xudong Sun (University of Hawaii), Peter Schuck (NASA Goddard Space Flight Center), Sarah Jaeggli (NSO), Brian Welsch (University ofView More
Authors: Valmir P. Moraes Filho (Catholic University/GSFC NASA), Vadim M. Uritsky (Catholic University/GSFC NASA), Barbara J. Thompson (GSFC NASA), Craig DeForest (Southwest Research Institute) TheView More
Authors: Sarah Horvath (The University of Iowa), Greg Howes (The University of Iowa), and Andrew McCubbin (The University of Iowa) The field-particle correlation technique hasView More
Authors: Christopher Rura (the Catholic University of America/NASA GSFC), Vadim Uritsky (the Catholic University of America/NASA GSFC), Shaela Jones (the Catholic University of America/NASA GSFC),View More
Authors: Seth Pree(Caltech), Paul M. Bellan(Caltech) Braided loop structures are observed in a new Caltech lab experiment replicating the braiding of solar coronal loops. IndividualView More
Authors: Fallon Konow (Georgia State University), Neil Murphy (NASA Jet Propulsion Lab), Wayne Rodgers (Eddy Company), Stuart M. Jefferies (Georgia State University) In the interiorView More