George Mason University and Goddard Space Flight Center, Computational Group for Astrophysics and Space Plasma Physics invite applications for a Postdoctoral Research Associate.
Applicants should have a strong background in theoretical or computational space/astrophysics plasma physics and/or magnetohydrodynamics with demonstrated data processing and analysis skills. The position is renewable for up to five years contingent upon satisfactory work performance. Salary is commensurate with qualifications.
Duties:
Conduct research on theoretical and computational problems in heliospheric physics guided by recent observations from SOHO, TRACE, STEREO and IBEX, and Voyager. The work involves numerical MHD modeling of coronal mass ejections, and shocks evolution in the heliosphere. The focus of our work is to use sophisticated state-of-the art numerical modeling and basic plasma physics processes to understand the evolution and nature of shocks and sheets (driven by coronal mass ejections and termination shock) in the heliosphere.
The successful candidate will collaborate with Dr. Thomas E. Moore and other scientists from the Goddard Space Flight Center in close proximity to George Mason University. Work will involve numerical modeling, theoretical analysis, data analysis, and the preparation of scientific reports and publications.
Minimum Qualifications:
- Education: Ph.D. in astronomy or physics (Ph.D. candidates may apply but must submit evidence of Ph.D. completion upon hire).
- Experience: Experience in solar and heliospheric and/or plasma physics research with emphasis on numerical modeling.
- Knowledge, Skills and Abilities: Knowledge of current research in heliospheric physics and scientific software including FORTRAN 90/95, Tecplot and IDL.
Application:
The only method of applying for a job is through our online application process. Please apply for position F8879z at Mason's employment opportunities site: http://jobs.gmu.edu Applicants should post a cover letter, C.V. and a statement of research interests electronically.
Additionally, arrange for at least two letters of recommendation to be sent to Professor Merav Opher at mopherphysics.gmu.edu by June 20, 2008. Inquiries regarding this position may be addressed to Prof. Opher at the same e-mail address. For more information about our group see links in http://physics.gmu.edu/~mopher or by e-mail inquiry
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