The student will build an understanding of the structure, composition and magnetic field properties of Super-Earths. In particular, s/he will determine the regions of low and high conductivity and how this can affect the magnetic field generation with an eye on observations.
Able to obtain the internal structure by running a code already developed. Be able to obtain the conductivity values given the pressure and temperatures of the internal structure model. Be able to interpolate a function to any value. Be able to plot the results for analysis and visualization. Understand the equations for the internal structure of planets.
Analytical and mathematical skills, some proficiency in a computing language (python, fortran). A high GPA (min of 3.00) in physics, astronomy, computer science, or mathematics.
| Assistant Professor, Department of Physics |
Applications for 2018-2019 is now open! Pleae apply through the link below and send your transcript as a PDF to
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