Arbitrary open boundary conditions for data driven magnetohydrodynamic simulations: validation using an expanding spheromak ground truth simulation

Authors: Lucas A. Tarr (NSO), Dylan Kee (NSO), Mark Linton (NRL), Peter Schuck (GSFC), James Leake (GSFC) We present a method to formulate numerical boundaryView More

The Vector Tomographic Inversion for the Solar Coronal Magnetic Field with DKIST and UCoMP instruments.

Authors: Maxim Kramar (University of Hawaii at Manoa), Haosheng Lin (University of Hawaii at Manoa) The coronal magnetic field is important driving force for transientView More

Exploring the Corona With the Newest Coronagraph at the Mauna Loa Solar Observatory (MLSO)

Authors: Joan Burkepile (High Altitude Observatory HAO), Steven Tomczyk (HAO), Ben Berkey (HAO), Marc Cotter (HAO) , Michael Galloy (HAO), Sarah Gibson (HAO), Don KolinskiView More

AIA Active Region Patches (AARPs): an ML-ready dataset (and initial forecasting-“related” analysis)

Authors: KD Leka (NWRA and Nagoya University), Karin Dissauer (NWRA), Graham Barnes (NWRA), Eric Wagner (NWRA) NWRA is releasing a machine-learning-ready dataset of E/UV timeseriesView More

Can we use pre-eruption activity to shed light on initiation mechanisms of solar eruptions?

Authors: Karin Dissauer (NorthWest Research Associates), Graham Barnes (NorthWest Research Associates), KD Leka (NorthWest Research Associates; Institute for Space-Earth Environmental Research, Nagoya University), Stuart GilchristView More

​​A statistical study of magnetic field changes in the photosphere during solar flares using high-cadence vector magnetograms and their association with flare ribbons

Authors: Rahul Yadav (LASP/CU, Boulder) and M. D. Kazachenko (LASP/CU, NSO, ASP/CU) Abrupt and permanent photospheric magnetic field changes have been observed in many flares.View More

Looking for Acoustic Precursor Signals of Solar Eruptive Events with a new Helium D3 Instrument

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

Extrapolation and Topological Analysis of Magnetic Flux Ropes for Two Solar Eruption Events

Authors: Wen He (UAH), Qiang Hu (UAH), Jiong Qiu (MSU) Along with the development of high-resolution observations from multiple points either in remote-sensing or in-situView More

Laboratory Study of Arched Plasma Eruptions in a Sheared Magnetic Field

Authors: Kamil D. Sklodowski (Department of Physics and Astronomy, UCLA), Shreekrishna Tripathi (Department of Physics and Astronomy, UCLA), Troy Carter (Department of Physics and Astronomy,View More

What is a Better Way for Data-based Solar Magnetohydrodynamic Simulations?

Authors: Satoshi Inoue (Center for Solar-Terrestrial Research, New Jersey Institute of Technology), Keiji Hayashi (George Mason University), Takahiro Miyoshi (Graduate School of Science, Hiroshima UniversityView More

Eruptive vs. confined solar flares: statistical comparison of their solar source properties

Authors: Maria D. Kazachenko (CU Boulder / NSO) What is the difference between confined and eruptive flares in terms of their physical properties at theView More

Laboratory study of the stability of solar-relevant, arched, line-tied magnetic flux ropes

Authors: Andrew Alt (Princeton University), Hantao Ji (Princeton University), Jongsoo Yoo (Princeton Plasma Physics Laboratory), Sayak Bose (Princeton Plasma Physics Laboratory), Aaron Goodman (Princeton University),View More

PHP Code Snippets Powered By : XYZScripts.com
PAGE TOP