Difference between revisions of "2020 Virtual-GEM Workshop"
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| − | ''' | + | '''Schedule''' |
| − | Below is a | + | Below is a high-level session schedule for the 2020 Virtual GEM Summer Workshop, provided by the Focus Group Leaders and Research Area Coordinators. For the most up to date workshop information, please refer to the [https://gemworkshop.org/ GEM Workshop Website]. To see the detailed and up to date schedule, please log into [https://vgem2020.com/ the VGEM 2020 Website] using the information provided to you after registration. |
Please also refer to the [[GEM Focus Groups|GEM Focus Groups]], [[RG: Modeling Methods and Validation|Modeling Methods Methods and Validation Resource Group]], and [[Machine Learning in Geospace|Machine Learning in Geospace]] pages for more information. | Please also refer to the [[GEM Focus Groups|GEM Focus Groups]], [[RG: Modeling Methods and Validation|Modeling Methods Methods and Validation Resource Group]], and [[Machine Learning in Geospace|Machine Learning in Geospace]] pages for more information. | ||
| Line 16: | Line 16: | ||
* '''IMAG Tutorial''' - ''Rick Chapell: The impact of Ionospheric Plasma on the Magnetosphere'' | * '''IMAG Tutorial''' - ''Rick Chapell: The impact of Ionospheric Plasma on the Magnetosphere'' | ||
| − | * '''Student Invited Tutorial''' - ''Lauren Blum'' | + | * '''Student Invited Tutorial''' - ''Lauren Blum: Exploring the magnetosphere with the next generation of CubeSats'' |
| + | |||
| + | === 1300-1430 EDT: Concurrent Session 1 === | ||
| + | |||
| + | See [[FG: 3D Ionospheric Electrodynamics and Its Impact on the Magnetosphere-Ionosphere-Thermosphere Coupled System| IEMIT]], [[FG: Magnetic Reconnection in the Age of the Heliophysics System Observatory|RX]], [[FG: System Understanding of Radiation Belt Particle Dynamics through Multi-spacecraft and Ground-based Observations and Modeling|RB]], and [[FG: Particle Heating and Thermalization in Collisionless Shocks in the MMS Era|BSH]]. | ||
| + | |||
| + | === 1500-1630 EDT: Concurrent Session 2 === | ||
| + | |||
| + | See [[FG: 3D Ionospheric Electrodynamics and Its Impact on the Magnetosphere-Ionosphere-Thermosphere Coupled System| IEMIT]], [[FG: Magnetic Reconnection in the Age of the Heliophysics System Observatory|RX]], [[FG: System Understanding of Radiation Belt Particle Dynamics through Multi-spacecraft and Ground-based Observations and Modeling|RB]], and [[FG: Particle Heating and Thermalization in Collisionless Shocks in the MMS Era|BSH]]. | ||
| + | |||
== Wednesday, July 22 == | == Wednesday, July 22 == | ||
| Line 24: | Line 33: | ||
* '''NSF''' - ''Michael Wiltberger, Ajuli Bamzai, Lisa Winter'' | * '''NSF''' - ''Michael Wiltberger, Ajuli Bamzai, Lisa Winter'' | ||
* '''NASA''' - ''Nicola Fox: NASA Heliophysics Division: Highlights and Updates'' | * '''NASA''' - ''Nicola Fox: NASA Heliophysics Division: Highlights and Updates'' | ||
| − | * '''NOAA''' - ''Howard Singer'' | + | * '''NOAA''' - ''Howard Singer: NOAA Liaison Report: Highlights of Activities'' |
* '''DEI''' - ''Ramon Lopez: How to make your PhD program more diverse'' | * '''DEI''' - ''Ramon Lopez: How to make your PhD program more diverse'' | ||
| + | |||
| + | === 1300-1430 EDT: Concurrent Session 1 === | ||
| + | |||
| + | See [[M3I2|M3-I2]], [[FG: ULF Wave Modeling, Effects, and Applications|UMEA]], [[FG: Self-Consistent Inner Magnetospheric Modeling|IMM]], and [[FG: Magnetotail Dipolarization and Its Effects on the Inner Magnetosphere|DIP]] | ||
| + | |||
| + | === 1500-1630 EDT: Concurrent Session 2 === | ||
| + | |||
| + | See [[M3I2|M3-I2]], [[FG: ULF Wave Modeling, Effects, and Applications|UMEA]], [[FG: Self-Consistent Inner Magnetospheric Modeling|IMM]], and joint [[FG: Magnetotail Dipolarization and Its Effects on the Inner Magnetosphere|DIP]]/[[RG: Modeling Methods and Validation|MMV]] | ||
=== 1700-1900 EDT: Decadal Future and Beyond === | === 1700-1900 EDT: Decadal Future and Beyond === | ||
| + | ➡ 1700-1800 Speakers + Q&A | ||
| + | * Decadal Survey Process and Heliophysics 2050 workshop: Jared Leisner (10 min) | ||
| + | |||
| + | * Midterm Assessment and planning for the new Decadal: Robyn Millan (10 min) | ||
| + | |||
| + | * DRIVE Center elevator pitches: | ||
| + | |||
| + | ‣ SOLSTICE [PI: Tamas Gombosi] (5 min) | ||
| + | |||
| + | ‣ CGS [PI: Slava Merkin] (5 min) | ||
| + | |||
| + | ‣ CUSIA [PI: Dan Welling] (5 min) | ||
| + | |||
| + | ‣ Do Habitable Worlds Require Magnetic Fields? [PI: David Brain] (5 min) | ||
| + | |||
| + | * Q&A (20 min) | ||
| + | |||
| + | ➡ 1800-1900 Breakout rooms with group discussion (30 mins) - reconvene to summarize discussions (30 mins) | ||
== Thursday, July 23 == | == Thursday, July 23 == | ||
| Line 33: | Line 68: | ||
=== 1100-1230 EDT: Plenary Session === | === 1100-1230 EDT: Plenary Session === | ||
| − | * '''MPS Tutorial''' - ''Barry Mauk'' | + | * '''MPS Tutorial''' - ''Barry Mauk: Comparative Magnetospheres and Aurora'' |
| − | * '''MMV Tutorial''' - ''Tara Jensen'' | + | * '''MMV Tutorial''' - ''Tara Jensen: METplus - A Unified Verification and Validation Tool for a Coupled Modeling System'' |
| + | |||
| + | === 1300-1430 EDT: Concurrent Session 1 === | ||
| + | |||
| + | See [[FG: Dayside Kinetic Processes in Global Solar Wind-Magnetosphere Interaction|DAYS]], [[FG: Magnetotail Dipolarization and Its Effects on the Inner Magnetosphere|DIP]], [[FG: The Impact of the Cold Plasma in Magnetospheric Physics|CP]], and [[FG: Interhemispheric Approaches to Understand M-I Coupling (IHMIC)|IHMIC]] | ||
| + | |||
| + | === 1500-1630 EDT: Concurrent Session 2 === | ||
| + | |||
| + | See [[FG: Dayside Kinetic Processes in Global Solar Wind-Magnetosphere Interaction|DAYS]], [[FG: Magnetotail Dipolarization and Its Effects on the Inner Magnetosphere|DIP]], joint [[FG: The Impact of the Cold Plasma in Magnetospheric Physics|CP]]/[[FG: Self-Consistent Inner Magnetospheric Modeling|IMM]], [[FG: Interhemispheric Approaches to Understand M-I Coupling (IHMIC)|IHMIC]], and [[Machine Learning in Geospace| ML]] | ||
Latest revision as of 09:04, 31 August 2020
Schedule
Below is a high-level session schedule for the 2020 Virtual GEM Summer Workshop, provided by the Focus Group Leaders and Research Area Coordinators. For the most up to date workshop information, please refer to the GEM Workshop Website. To see the detailed and up to date schedule, please log into the VGEM 2020 Website using the information provided to you after registration.
Please also refer to the GEM Focus Groups, Modeling Methods Methods and Validation Resource Group, and Machine Learning in Geospace pages for more information.
Monday, July 20
- Student Day
Tuesday, July 21
1100-1230 EDT: Plenary Session
- IMAG Tutorial - Rick Chapell: The impact of Ionospheric Plasma on the Magnetosphere
- Student Invited Tutorial - Lauren Blum: Exploring the magnetosphere with the next generation of CubeSats
1300-1430 EDT: Concurrent Session 1
1500-1630 EDT: Concurrent Session 2
Wednesday, July 22
1100-1230 EDT: Plenary Session
- NSF - Michael Wiltberger, Ajuli Bamzai, Lisa Winter
- NASA - Nicola Fox: NASA Heliophysics Division: Highlights and Updates
- NOAA - Howard Singer: NOAA Liaison Report: Highlights of Activities
- DEI - Ramon Lopez: How to make your PhD program more diverse
1300-1430 EDT: Concurrent Session 1
1500-1630 EDT: Concurrent Session 2
See M3-I2, UMEA, IMM, and joint DIP/MMV
1700-1900 EDT: Decadal Future and Beyond
➡ 1700-1800 Speakers + Q&A
- Decadal Survey Process and Heliophysics 2050 workshop: Jared Leisner (10 min)
- Midterm Assessment and planning for the new Decadal: Robyn Millan (10 min)
- DRIVE Center elevator pitches:
‣ SOLSTICE [PI: Tamas Gombosi] (5 min)
‣ CGS [PI: Slava Merkin] (5 min)
‣ CUSIA [PI: Dan Welling] (5 min)
‣ Do Habitable Worlds Require Magnetic Fields? [PI: David Brain] (5 min)
- Q&A (20 min)
➡ 1800-1900 Breakout rooms with group discussion (30 mins) - reconvene to summarize discussions (30 mins)
Thursday, July 23
1100-1230 EDT: Plenary Session
- MPS Tutorial - Barry Mauk: Comparative Magnetospheres and Aurora
- MMV Tutorial - Tara Jensen: METplus - A Unified Verification and Validation Tool for a Coupled Modeling System
