Student | Advisor/Research Project | Presentation |
Jeffrey Atwell Ohio State University |
Wick Haxton Effective Theory |
Effective Theory and Perturbation Theory for the 1D Schroedinger Equation |
Sara Beckmann University of California, Berkeley |
Eöt-Wash Group: Lab tests of Gravity |
Damping a Torsion Pendulum |
Matthew Hahn Carleton College |
Ann Nelson | What I Did During My Summer Vacation or Neutrino Oscillations |
Theodore Hierath Louisiana State University |
Toby Burnett GLAST Simulation |
GLAST Simulations |
Rafael Jaramillo Cornell University |
Steve Elliott SNO/Solar Neutrinos |
Neutrinos, Neutrons, and Norite: Supernova Detection at the SNO Site |
Carolyn Johnson Amherst College |
Eöt-Wash Group | Torsion Balances and Pendulums |
Porscha McRobbie Seattle University |
O.E. Vilches | Physical Adsorption of Argon Gas on Graphite and Silica Bead Substrates Low Temperature Physics Lab |
Laura Melling University of Oregon |
Kurt Snover 7Be (p,gamma) and Solar Neutrinos |
The Effect of Backscattering on the Determination of the Be(p,gamma)B Cross Section |
Ulai Noomnarm University of Florida |
Jerry Seidler Imaging Bone |
Imaging Foam |
Andrew O'Bannon Johns Hopkins University |
Sanjay Reddy and Wick Haxton | Neutrino Heating of a Nuclear Plasma |
Kregg Philpott Grove City College |
Silas Beane Effective Field Theory |
Effective Field Theory and Singular Potentials |
Beth Reid Virginia Tech |
Tom Quinn Planetesimal Dynamics |
N-Body Simulations of Planetesimal Dynamics |
Suzanne Rousseau Carleton College |
Michael Romalis | CPT Symmetry and Optical Pumping |
Justin Smith Florida Atlantic University |
Jerry Miller Light Front Quantum Mechanics |
Light Front Variables |
Courtney Taylor Anderson University |
Norval Fortson | Ytterbium Trapping and an Acoustic-Optic Modulator Driver |