Difference between revisions of "FG: Comparative Planetary Magnetospheric Processes"

From gem
Jump to navigation Jump to search
Line 1: Line 1:
 
__TOC__
 
__TOC__
  
2023 GEM COMP Sessions
+
'''2023 GEM Summer Workshop'''
 +
<br>
 +
COmparative Planetary Magnetospheric Processes (COMP) focus group will hold 2 stand-alone sessions and 2 joint sessions.
  
COMP Session 1 (Monday at 10:30 am–12 pm)
+
'''COMP Session 1 (10:30 am–12 pm Monday, June 12, Rm A)'''
 
<br>
 
<br>
 
Exploring the parameter space of magnetospheric physics
 
Exploring the parameter space of magnetospheric physics
 
<br>
 
<br>
10:30 Overview of FG
+
10:30 &nbsp; Overview of FG
 
<br>
 
<br>
10:40 Scene Setting Talk: magnetospheric dynamics and reconnection (Dan Gershman)
+
10:40 &nbsp; Scene Setting Talk: magnetospheric dynamics and reconnection (Dan Gershman)
 
<br>
 
<br>
10:55 Grant Stephens: magnetic field modeling of Mercury, Earth, & Saturn  
+
10:55 &nbsp; Grant Stephens: magnetic field modeling of Mercury, Earth, & Saturn  
 
<br>
 
<br>
11:05 Ryan Dewey: Mercury's dawn-dusk magnetotail asymmetries and their relationship with magnetic activity  
+
11:05 &nbsp; Ryan Dewey: Mercury's dawn-dusk magnetotail asymmetries and their relationship with magnetic activity  
 
<br>
 
<br>
11:15 Xuanye Ma: Review of the KHI at the different planets
+
11:15 &nbsp; Xuanye Ma: Review of the KHI at the different planets
  
 
Open discussion: what are the big questions that can be addressed by exploring the vast physical parameter space within our solar system?  (Co-chairs, Fran Bagenal, Bob Lysak)
 
Open discussion: what are the big questions that can be addressed by exploring the vast physical parameter space within our solar system?  (Co-chairs, Fran Bagenal, Bob Lysak)
 
<br>
 
<br>
11:25 Some elements to consider: Modeling capabilities; maturity of topic & data sets; relevance to comparative planetary needs/topics  
+
11:25 &nbsp; Some elements to consider: Modeling capabilities; maturity of topic & data sets; relevance to comparative planetary needs/topics  
 +
<br>
 +
11:55 &nbsp; Summary and future endeavors 
 +
<br>
 +
 
 +
'''MPEC-COMP Joint Session (10:30 am–12 pm, June 13, Rm A)'''
 +
<br>
 +
13:30 &nbsp; Opening remarks
 +
<br>
 +
13:40 &nbsp; Bob Lysak: MI-coupling w/ emphasis on comparative processes between Earth & Jupiter
 
<br>
 
<br>
11:55 Summary and future endeavors 
+
13:55 &nbsp; Jim Raines: Cusp precipitation at Mercury
 
<br>
 
<br>
  

Revision as of 18:12, 8 June 2023

2023 GEM Summer Workshop
COmparative Planetary Magnetospheric Processes (COMP) focus group will hold 2 stand-alone sessions and 2 joint sessions.

COMP Session 1 (10:30 am–12 pm Monday, June 12, Rm A)
Exploring the parameter space of magnetospheric physics
10:30   Overview of FG
10:40   Scene Setting Talk: magnetospheric dynamics and reconnection (Dan Gershman)
10:55   Grant Stephens: magnetic field modeling of Mercury, Earth, & Saturn
11:05   Ryan Dewey: Mercury's dawn-dusk magnetotail asymmetries and their relationship with magnetic activity
11:15   Xuanye Ma: Review of the KHI at the different planets

Open discussion: what are the big questions that can be addressed by exploring the vast physical parameter space within our solar system? (Co-chairs, Fran Bagenal, Bob Lysak)
11:25   Some elements to consider: Modeling capabilities; maturity of topic & data sets; relevance to comparative planetary needs/topics
11:55   Summary and future endeavors

MPEC-COMP Joint Session (10:30 am–12 pm, June 13, Rm A)
13:30   Opening remarks
13:40   Bob Lysak: MI-coupling w/ emphasis on comparative processes between Earth & Jupiter
13:55   Jim Raines: Cusp precipitation at Mercury

Chairs

Focus Group Chairs
Name Affiliation Contact Details
George Clark John Hopkins Applied Physics Lab george.clark at jhuapl.edu
Wen Li Boston University wenli77 at bu.edu
Bob Marshall University of Colorado Boulder robert.marshall at colorado.edu
Dan Gershman NASA Goddard Space Flight Center daniel.j.gershman at nasa.gov
Peter Delamere University of Alaska Fairbanks padelamere at alaska.edu
Shannon Curry University of California, Berkeley smcurry at berkeley.edu


Science Topic