Sun Structure Mathematic Physics Models Release Solar Lights Emission, Proton Event, Jets, and Cool Atmosphere

Authors

  • Yan Ji

Keywords:

Sun structure, physics model, sun light emission, cosmic physics

Abstract

Sun structure have research for hundreds years, which were very important for cosmic physics and earth science. This paper build 121 balls mathematic physics model, by Newton attract force equation. This model deduced out that solar internal parts got outward attract force. The internal particles might be accelerated to high speed to form light emission and jets. The surface parts got inward attract force, to show cool atmosphere. This model may deduce out and explain the sun light emission, flare, prominence, jets, and cool atmosphere phenomena. The 121 balls model can help research for solar physics, cosmic physics and earth science.

How to Cite

Yan Ji. (2016). Sun Structure Mathematic Physics Models Release Solar Lights Emission, Proton Event, Jets, and Cool Atmosphere. Global Journal of Science Frontier Research, 16(A4), 1–3. Retrieved from https://journalofscience.org/index.php/GJSFR/article/view/1872

Sun Structure Mathematic Physics Models Release Solar Lights Emission, Proton Event, Jets, and Cool Atmosphere

Published

2016-03-15