Articles
Polarization-Dependent Atomic Dipole Traps Behind a Circular Aperture for Neutral-Atom Quantum Computing (with Bert D. Copsey), Physical Review A (2011)
The neutral-atom quantum computing community has successfully implemented almost all necessary steps for constructing a...
Projection of Diffraction Patterns for Use in Cold-Neutral-Atom Trapping (with Katharina Gillen-Christandl and Glen D. Gillen), Physical Review A (2010)
Scalar diffraction theory is combined with beam-propagation techniques to investigate the projection of near-field diffraction...
Simulations of the Polarization Dependence of the Light Potential Equation in Quantum Computing (with Bert David Copsey), Honors Undergraduate Research Journal (2009)
Light Trap Manipulation and Its Potential Use in Quantum Computing (with David Copsey), Honors Undergraduate Research Journal (2008)
During winter quarter 2007, the light polarization dependence of light traps used in quantum computing...
Optical Dipole Traps for Cold Atoms using Diffracted Laser Light (with Glen D. Gillen and Shekhar Guha), Physical Review A (2006)
We theoretically investigate the feasibility of using intensity distributions of light of a single laser...