Solar and Space Physics
at the University of Colorado
Boulder, Colorado
Summer 2007
Now funded by the National Science Foundation (NSF)
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WelcomeThe University of Colorado welcomes you to the Summer 2007 Research Experience for Undergraduates in solar and space physics. The program begins with a summer school in solar and space physics and continues with seminars and discussions while you work at one of the participating laboratories. At the end of the summer, you will present your research findings, and the best projects will be selected for submission to a national scientific conference. For more information,
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Materials
Summer School Talks
- Eparvier F. Sun-Earth System Overview
- Harder J. REU Training: Solar Irradiance/Radiometry
- Woods T. Current and Future Solar Observing Missions
- Richard E. Spectroscopy and Instrument Design
- Rempel M. Dynamics of the solar convection zone
- Fan Y. The Magnetic Nature of Coronal Mass Ejections
- Chamberlin P. Solar Flares
- Gosling J. T. The Solar Wind
- Eriksson S. The Earth's Magnetosphere and its Coupling with the Solar Wind
- Elkington S. An overview of Earth's space radiation environment: the radiation belts
- Kanekal S. Energetic particles in the Heliosphere and the Magnetosphere
- Lu G. Earth's Atmosphere, with focus on the upper atmosphere - above 100km (Thermosphere and Ionosphere)
- Viereck R. Space Weather: What is it? How Will it Affect You?
- Murtagh B., Spencer M. Space Weather Cycles and their Impacts
- Hill S. Solar Drivers of Space Weather
- Zwickl R. Space Weather Radiation Hazards (Space Radiation Fact Sheet)
- Onsager T. The Radiation Belts and Killer Electrons
- Fuller-Rowell T. The Ionosphere and its Impact on Communications and Navigation
- Singer H. Space-Based Assets for Space Weather Forecasting: Past, Present, and Future
MOVIE FILES for the presentations.
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Last Update: June 12, 2007