300 1000 250 1000 CME Velocity CME Acceleration

  • Slides: 6
Download presentation
300 1000 250 1000 CME Velocity CME Acceleration 200 ICME (km/s) 800 600 400

300 1000 250 1000 CME Velocity CME Acceleration 200 ICME (km/s) 800 600 400 750 1 AU 300 1250 150 500 100 250 50 le Solar Wind Profi 200 5 50 50 10 100 15015 Distance in Rs Distance from Sun (Rs) 100 150 Hones TPE 200 20 200 Acceleration (m/s/min) Forbes 1200 CME 800 Velocity (km/s) Acceleration (m/s 2) Velocity (km/s) Solar Wind Speed (km/s) 1500 600 400 250 Plasmoid Acceleration Slavin et al. 1985 200 150 Plasmoid Velocity 100 50 40 40 60 60 80 Distance from Earth (Re) 80 100

T Tauri stars Solar active regions G, K & M dwarfs Convective envelope Pevtsov

T Tauri stars Solar active regions G, K & M dwarfs Convective envelope Pevtsov et al. , 2003 X ray bright points

A Need for a Science of Heliophysical Plasmas “It cannot be emphasized too strongly

A Need for a Science of Heliophysical Plasmas “It cannot be emphasized too strongly that the development of a solid understanding of the magnetic activity, occurring in so many forms in so many circumstances in the astronomical universe, can be achieved only by coordinated study of the various forms of activity that are accessible to quantitative observation in the solar system. ” E. Parker Cosmical Magnetic Fields

Ingredients of a NESSC Comparative Study of Explosive Energy Conversions 1. CME/substorm initiation 2.

Ingredients of a NESSC Comparative Study of Explosive Energy Conversions 1. CME/substorm initiation 2. ICME/plasmoid transport 3. Roles of magnetic reconnection (preexplosion, post explosion) 4. Particle heating and acceleration 5. Flares and auroras 6. Your thoughts here 7. And here