PHYS 8990 Options

All first-year PhD-seeking graduate students are required to take two semesters of PHYS 8990, Introduction to Research.  In this course, the student spends one half of each semester doing a research project under the supervision of a faculty member. Each semester the student will choose and rank order four projects from the current list of available projects.  We attempt to match the assigned projects to the students' interests as much as possible:

  • We will endeavor to assign each student to at least one of his/her two first choices and to two of the four choices.
  • Occasionally, a student will have to be assigned to a maximum of one project outside his/her four choices.  
  • We will guarantee that every student will have at least one project per semester from his/her four choices.  
  • If the student does not get two assignments from his/her four choices in the first semester, then he/she is guaranteed to get two assignments from his/her four choices in the second semester. 
  • Students who do not submit choices will be assigned to projects by the Graduate Coordinator.

Spring 2007 choices: Students planning to enroll in PHYS 8990 may now make choices from the list of projects shown below.  After carefully reviewing the projects, rank order your first four choices, note the "key" for each, and proceed to the choice page.  Please do not choose more than one project from any given supervisor and do not choose projects from supervisors with whom you have already worked in an earlier semester.  

Supervisor

Description of Research

Key

 

Michael Geller Topics in Theoretical Physics MRG
Steven Lewis Theoretical and Computational Condensed-matter and Materials Physics SPL
Loris Magnani Spectra of Interstellar Molecules LAM
Robin Shelton Astronomy of Our Galaxy RLS
Bill Dennis Optical and Dynamical Properties of Nanoscale Materials WMDA
Bill Dennis Ultrashort pulse propagation in nonlinear media WMDB
Bernd Schüttler Strongly Correlated Electron Physics HBSA
Bernd Schüttler Biological Applications of Statistical Mechanics HBSB
Richard Meltzer Optical Spectroscopy of Solids RSM
Phillip Stancil Computational Astrophysics and Atomic/Molecular Physics (A)  PCSA
Phillip Stancil Computational Astrophysics and Atomic/Molecular Physics (B)  PCSB
Kanzo Nakayama Hadron dynamics and its structure  KN
David Landau Monte Carlo Simulations of Phase Transitions  DPLA
David Landau Spin Dynamics Simulations of Magnetic Systems  DPLB
David Landau Computer Simulations of Non-equilibrium Behavior  DPLC
K. K. Mon Theory of fluids in bulk and restricted geometry  KKM
Yiping Zhao Novel Nanostructure Fabrication and Characterization  YZA
Yiping Zhao Integrate Nanostructures into Biosensors  YZB
Yiping Zhao Nanostructured Materials for Hydrogen Storage and Generation YZC
Henning Meyer Molecular Beam Laser Spectroscopy  HHM
Uwe Happek Characterization of Nanostructured Semiconductors  UHA
Uwe Happek Frequency Stabilization of Semiconductor Lasers  UHB
Susanne Ullrich Experimental Biophysics SU
Qun Zhao Magnetic Resonance Imaging (MRI) QZA
Qun Zhao Paramagnetic Nanoparticles in MRI and Biological/Biomedical Applications QZB

 

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