| Person | Organization | Department | City, State | Research Interests | |
|---|---|---|---|---|---|
| view | Merav Opher | GMU | Physics and Astronomy | Fairfax, VA | shocks, coronal mass ejections, MHD and Kinetic effects, solar wind, particle acceleration, plasma effects, inner and outer heliosphere |
| view | Alysha Reinard | CU | CIRES | Boulder, CO | Space Weather-related research with a focus on connecting solar phenomena such as CMEs, flares, dimmings with interplanetary phenomena such as ICMEs and geomagnetic storms. |
| view | Angelos Vourlidas | NRL | Solar Physics Branch | Washington, DC | Observation and physics of CMEs, flares and shocks, heliospheric propagation, space weather, coronal heating, solar radio astronomy, space instrumentation (optical, EUV) |
| view | Noé Lugaz | University of Hawaii | Institute for Astronomy | Honolulu, HI | Coronal Mass Ejection Propagation and interaction - MHD simulation - Shock formation and properties - CME initiation - SECCHI and LASCO observations of CMEs |
| view | Mark Moldwin | UM | Atmos, Oceanic & Space | Ann Arbor, MI | Heliospheric, Magnetospheric and Ionospheric Physics Especially interested in the coupling between regions |
| view | David Gary Sibeck | GSFC | Space Weather Laboratory | Greenbelt, MD | Magnetospheric Physics and Solar Wind-magnetosphere interaction, the foreshock, bow shock, magnetopause, dayside ionosphere |
| view | Paulett Liewer | JPL | Astrophysics and Space Science Section | Pasadena, CA | Propagation of CMEs; solar wind structure; analysis of data from STEREO coronagraphs; analysis of white light observations of the heliosphere (CMEs and solar wind) from STEREO and future missions. |
| view | Tom Intrator | LANL | P-24 Plasma Physics | los alamos, NM | Basic plasma physics, especially in 3 dimensions, including MHD, reconnection, self organization, shocks of the Magnetosphere, solar plasmas, astrophysical plasmas. |
| view | Jie Zhang | GMU | Computational and Data Sciences | Fairfax, VA | solar physics, heliospheric physics, and space weather. In particular, CMEs, flares, and their space weather effects. CME initiation, propagation, interplanetary CMEs and interaction with solar wind, geomagnetic storms. Relationship between CMEs and flares. Magnetic and coronal source regions of solar activities. |
| view | Marc Lessard | Univ New Hampshire | Space Science Center | Durham, NH | Two main interests. One is ionosphere-related, including thermosphere coupling (small-scale), auroral phenomena, etc. The other is EMIC (electro-magnetic ion cyclotron) waves, including their generation, propagation to the ground and interactions with Earth's radiation belts. |
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