A Modular Capability for Community Modeling of Flares, CMEs and their Interplanetary Impacts
CCMC is supporting "A Modular Capability for Community Modeling of Flares, CMEs and their Interplanetary Impacts" effort within the NASA/NSF Partnership For Collaborative Space Weather Modeling. Modular Solar Eruptions Capability (MSEC) will consist of a set of interchangeable modules and libraries, including a Training Library, that will enable the user to model a complete solar eruption event, from energy buildup by flux emergence to space weather impact at Earth. All the MSEC components will be delivered to the CCMC and the source code will be made publicly available. MSEC will be used to attack the four central problems in the science of solar eruptions: (1) energy buildup and eruption onset, (2) explosive energy release, (3) the nature of fast coronal reconnection, and (4) Heliospheric impacts.
PI: Spiro Antiochos
SWMF AWSoM_R (Alfven Wave Solar Atmosphere model), has been installed at the CCMC, with the following products available to the users:
- AWSoM_R (steady state ambient) version using full rotation magnetograms is available for CCMC Runs on Request users.
- AWSoM_R (time dependent) Real Time runs are being performed at the CCMC and will be available for the public soon.
- AWSoM_R (time dependent) + CME + EEGGL(Eruptive Event Generator, Gibson and Low) with the options to choose Full Rotation Synoptic maps or QuickReduce Synoptic maps will be available for CCMC Runs on Request users soon.
CCMC has regular communication (weekly) with the MSEC team and visits from Igor Sokolov (every few months).
Related links:
- Presentations at CCMC Workshop 2016:
AWSoM_R simulations performed at the CCMC
(For more AWSoM_R runs see the CCMC Runs-on-Request-Database.)
| Run Number | Key Words | Model Type | Model | Model Version | Run Type | Carrington Rotation Start | Carrington Rotation End | Event Date |
|---|---|---|---|---|---|---|---|---|
| Aleksandre_Taktakishvili_031616_SH_2 | 2015-06-18T17-24 CME, LWS | Solar | SWMF AWSoM_R | 9.2 | CME+EEGGL | 2166 | 2167 | 2015/06/18 16:40 |
| Aleksandre_Taktakishvili_041816_SH_2 | St. Patrick day storm CME run1, LWS | Solar | SWMF AWSoM_R | 9.2 | CME+EEGGL | 2161 | 2162 | 2015/03/15 02:13 |
| Aleksandre_Taktakishvili_050316_SH_1 | St.Patrick day storm CME run2, LWS | Solar | SWMF AWSoM_R | 9.2 | CME+EEGGL | 2161 | 2162 | 2015/03/15 02:13 |
| Aleksandre_Taktakishvili_051916_SH_1 | Ambient CR2161 lon 170, LWS | Solar | SWMF AWSoM_R | 9.2 | ambient solar wind | 2161 | 2161 | |
| Aleksandre_Taktakishvili_051916_SH_2 | 2012, July 12 CME, LWS | Solar | SWMF AWSoM_R | 9.2 | CME+EEGGL | 2125 | 2126 | 2012/07/12 13:51 |
Project Contacts
- PI: Spiro Antiochos
CCMC Contacts
- Richard Mullinix (EEGGL interface questions)