Dr Peter R. Young


Dr Young is a research professor with George Mason University and he works at NASA Goddard Space Flight Center. His field of research is the study of ultraviolet spectra from the Sun and other stars. Links to Dr Young's publications and projects he is involved with are given below.

Publications
Lectures & talks CHIANTI
Hinode/EIS SOHO/CDS IRIS
Data analysis guides Grants Observing programs
NASA/GSFC activities


News

11-Jan-2018
Submitted a White Paper for a study of open code policy for NASA space science.
10-Jan-2018
Co-organized and attended the 2nd DKIST Critical Science Plan Workshop held at Catholic University, Washington DC, during 8-10 January.
13-Sep-2017
Co-author on new paper of Ugarte-Urra et al. (2017, ApJ) "Modeling Coronal Response in Decaying Active Regions with Magnetic Flux Transport and Steady Heating".
10-Sep-2017
Co-author on new paper of Chitta et al. (2017, A&A) "Compact solar UV burst triggered in a magnetic field with a fan-spine topology".
9-Aug-2017
Co-author on new paper of Dudík et al. (2017, Sol. Phys.) "Nonequilibrium Processes in the Solar Corona, Transition Region, Flares, and Solar Wind (Invited Review)".
28-Jul-2017
I'm a co-I on Lockheed Martin's MUSE mission concept, which was selected by NASA for a concept study. See press release.

Older news items

Gallery


A large solar flare occurred on 10 September 2017 at the edge of the Sun, and this movie shows the spectacular eruption that came from the flare. The images show plasma at a temperature of about 10 million degrees, and the flare is the extremely bright feature just above the edge of the Sun. The loop-like structure being ejected is referred to as a magnetic flux rope. The thin, straight line behind it is a current sheet (viewed edge on). Both features are as expected from the standard model of solar eruptive events, and this is a particularly nice example.

Images are from the Atmospheric Imaging Assembly of NASA's Solar Dynamics Observatory. The sequence lasts 10 minutes (see time in bottom-right corner). I've rotated the images by 90 degrees counter-clockwise. The flickering of the bright flare is due to the camera taking alternating short and long exposures.

More images


This page mantained by Dr.P.R.Young.