Explore heliophysics and space weather with NASA Goddard Space Flight Center astrophysicist James Klimchuk in this comprehensive AGU presentation. Delve into the four physical regimes of space physics, examining the Sun's visible and ultraviolet light, as well as its corona. Understand the basic physics behind the Sun's corona, magnetic fields, and nanoflares. Learn about the Solar Dynamics Observatory, solar prominences, and coronal mass ejections (CMEs). Discover the consequences of space weather on satellites, Earth's magnetic field, and geomagnetic storms. Gain insights into predicting CMEs, understanding substorms, and the impact of solar flares on our planet.
Heliophysics and Space Weather: From Solar Dynamics to Geomagnetic Storms
Overview
Syllabus
Introduction
Title
Special thanks
What is space physics
Four physical regimes
Sun in visible light
Sun in ultraviolet light
Corona
Basic Physics
Suns Corona
Magnetic Fields
Nanoflares
Solar Dynamics Observatory
Solar Prominence
coronal mass ejections CME
stereo and stereo
CMEs
Artist conception
Northern Lights
Consequences of Space Weather
Satellites
Consequences
Mass Loss
Earths Magnetic Field
Substorms
Travel time
Predicting the CNE
geomagnetic storms
flares
Taught by
AGU
