Prof. Yong-Jae Moon
Prof. Yong-Jae Moon
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- Position:
1) Professor, Department of Astronomy and Space Science, Kyung Hee University
2) Professor, School of Space Research, Kyung Hee University
3) Professor, G-LAMP NEXUS Institute, Kyung Hee University
- Phone: +82 (0)31-201-3807
- Office: 537, College of Applied Science, Kyung Hee University
- Education
1999 Seoul national University, Seoul – Ph.D. Astronomy
1989 Seoul national University, Seoul – B.S. Astronomy
I am a professor at the department of astronomy and space science of Kyung Hee University. I am a solar physicist who published about 200 refereed papers, mostly published in well-known astronomical and geophysical journals (e.g., Astrophysical Journal, JGR, Solar Physics).
I am a professor at the department of astronomy and space science of Kyung Hee University. I am a solar physicist who published about 200 refereed papers, mostly published in well-known astronomical and geophysical journals (e.g., Astrophysical Journal, JGR, Solar Physics).
We are studying solar activities and Sun-Earth connection. For this, we use ground-based and space-based solar, interplanetary, and geomagnetic data including filtergram, imaging spectroscopy, polarimetry, and in-situ plasma data. Our main research subjects are : (1) solar eruption, (2) connection between solar events and geomagnetic storms, (3) forecast of solar high energy particle events, (4) application of machine learning to space weather forecast, and (5) relationship between space weather and global warming. They are very important in that they can allow us to understand the physical characteristic of these events as well as to minimize the space weather effect on artificial satellites and communication systems.
We are studying solar activities and Sun-Earth connection. For this, we use ground-based and space-based solar, interplanetary, and geomagnetic data including filtergram, imaging spectroscopy, polarimetry, and in-situ plasma data. Our main research subjects are : (1) solar eruption, (2) connection between solar events and geomagnetic storms, (3) forecast of solar high energy particle events, (4) application of machine learning to space weather forecast, and (5) relationship between space weather and global warming. They are very important in that they can allow us to understand the physical characteristic of these events as well as to minimize the space weather effect on artificial satellites and communication systems.
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