The Department of Physics and Astronomy at West Virginia University invites applications for a tenure-track faculty position in experimental or instrumentational space plasma physics. We anticipate filling this position at the Assistant Professor level, but exceptional candidates may be considered for appointment at the Associate Professor level. The creation of the position was facilitated by an NSF Faculty Development in the Space Sciences grant. The preferred start date is August 14, 2020.
Our space plasma physics program ( https://physics.wvu.edu/research/plasma-and-space-physics/ ) has existing space-relevant experiment and theory/computational strengths of: (1) cubesat technology development; (2) space-relevant laboratory experiment (plasma heating, reconnection, turbulence, thrusters, sheaths, waves and instabilities, and nonlinear wave-wave interactions); (3) solar observations (flares); (4) solar theory and simulation (reconnection and eruptions, dynamo/flux emergence); and (5) magnetospheric theory, simulation, and observations (radiation belts, reconnection). Collaborations are possible with the Department of Mechanical and Aerospace Engineering on spaceflight effects including atmospheric drag and machine learning for thermospheric and magnetospheric modeling. The space plasma physics program includes four Professors and two Research Professors and has a history of success in mentoring students. Other areas of research by the 32 faculty, 80 graduate students, and 75 undergraduate majors in the Department of Physics and Astronomy ( http://physics.wvu.edu ) are astrophysics, biophysics, condensed matter physics, and physics education. The department moved into a new facility with state-of-the-art research laboratories in 2012, and there is available clean room space. On-campus shared laboratory facilities and shared computational facilities are available; WVU is on the Internet 2 high-speed backbone. The department's faculty includes numerous members from traditionally underrepresented groups, and we energetically support diversity, equity, and inclusion (DEI) as described at https://physics.wvu.edu/about/diversity-equity-and-inclusivity .
WVU is a comprehensive land grant university enrolling nearly 27,000 students on the main Morgantown campus. WVU's Carnegie Classification is R1 ("Doctoral Universities - Very High Research Activity"). Morgantown is centrally located and regularly makes "Best Place to Live" lists because of its good schools, excellent health care, low unemployment rate, low crime rate, and abundant recreational opportunities. WVU provides faculty members with a supportive environment for developing a visible and productive career ( https://talentandculture.wvu.edu/new-employees ) and commits to assist in partner employment.
West Virginia University, founded in 1867, has a long and rich history as a public, land grant institution. WVU encourages scholarship, offers high quality academic programs while serving the state of West Virginia and the nation. WVU is located in Morgantown, West Virginia, has been ranked as a #1 Small City in America, with divisional campuses in Charleston, Keyser, Martinsburg, and Montgomery. WVU is a Research University (Highest Research Activity) and ranks among the top 100 public universities in the nation, including a top 15 ranking in most affordable tuition for out-of-state students. WVU offers 184 degrees throughout the 15 colleges and schools within the university. Areas of specialty include STEM education, healthcare in Appalachia, shale gas utilization, radio astronomy, and forensics. There are more than 32,000 graduate and undergraduate students along with 190,000 alumni worldwide who are pioneering, passionate, innovative, tireless and caring.