Edward Thomas

Associate Editor for Journal of Plasma Physics @Cambridge University Press & Assessment

Auburn, AL, US
EMAILS
e••••••••@auburn.edu
MOBILE NUMBERS
+13•••••••42

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WORK HISTORY

Jan 2015 — Present

Associate Editor for Journal of Plasma Physics @Cambridge University Press & Assessment

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Serving as a member of the Editorial Board of the Journal of Plasma Physics. Much of my efforts are focused on papers in the areas of complex plasmas, dusty plasmas, and basic plasma science.

EDUCATION

1993 — 1996

Auburn University

PhD, Physics

1989 — 1993

Massachusetts Institute of Technology

M.S., Physics

1985 — 1989

Florida Institute of Technology

B.S., Physics

SKILLS

Plasma PhysicsComplex PlasmasVacuum ChambersScienceSuperconducting MagnetsResearchExperimentationExperimental PhysicsTeachingCadMathematical ModelingLabviewPhysicsHigher EducationData AnalysisMagneticsUniversity TeachingHigh Magnetic FieldsGrant WritingSimulationsSpectroscopyPlasmasDusty PlasmasGrantsmanship

ABOUT EDWARD THOMAS

My professional career, so far:• Served in the leadership line of the American Physical Society - Division of Plasma Physics (Vice-Chair, Chair Elect, Chair, Past Chair)• University administration as Dean of the College of Sciences and Mathematics• University research administration as Associate Dean for Research and Graduate Studies; • University professor with over 20 years in higher education;• Extensive professional service on federal, international, and university advisory committees - including the National Science Foundation, US Department of Energy, National Academies of Sciences, and European Space Agency;• Pursuing basic research in experimental plasma physics with applications to space environments, fusion energy, and industrial plasmas;• Performed experiments on the International Space Station• Performed consulting in industrial plasma-based processes;• Performed consulting in the development of research proposals to federal agenciesResearch specialties: basic and applied plasma physics research; particle flow measurements; particle image velocimety, stereoscopic PIV, development of high magnetic field experiments and novel plasma diagnostics

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