Bulletin of the American Physical Society

Exploring the range of motion of atom traps formed in the diffraction pattern behind a pinhole for quantum computing

Ian E. Powell, T. W. Shannon, Sanjay Khatri, Glen Gillen, Glen Gillen

Published Jun 3, 2014• 0 citations

Related papers

Preparation of Atom Transfer to 2D Pinhole Diffraction Trap Array for Quantum Information Applications

Justin Jee, Sebastián A. Pardo, Elliot M Lehman +3 more

Investigating the laser angle dependence of movable pinhole traps for neutral atom quantum computing

Travis D. Frazer, David E. Roberts, Jason Garvey Schray +2 more

Polarization-dependent atomic dipole traps behind a pinhole for controllable manipulation of qubit locations in a quantum memory

Glen Gillen, Bert Copsey, Glen Gillen

Progress Towards Experimental Realization of Polarization Dependent Optical Dipole Traps in the Diffraction Pattern of a Pinhole

G H Rayner, Bert Copsey, Andrew Ferdinand +4 more

Computational Investigation of Dipole Traps Formed by the Projection of Diffraction Patterns from a Circular Aperture

Glen Gillen, Glen Gillen

Light Polarization Dependence of Optical Dipole Traps Created in the Diffraction Pattern of a Pinhole

Bert Copsey