Quantum State Protection and Transfer Using Superconducting Qubits
Kyle Keane
PhD Dissertation Defense
University of California, Riverside (2012) (view slides)

Modelling a Flying Microwave Qubit
Kyle Keane and Alexander N. Korotkov
Bulletin of the American Physical Society Y29.10 (2012) (view slides, abstract)

Beyond Traditional Quantum Measurement
Kyle Keane
Physics Department Colloquium, California State University, Fullerton (2011) (view slides)

Currently realizable quantum error detection/correction algorithms for superconducting qubits
Kyle Keane and Alexander N. Korotkov
Bulletin of the American Physical Society D29.14 (2011) (view slides)

Decoherence suppression of a solid state qubit by uncollapsing
Kyle Keane and Alexander N. Korotkov
Bulletin of the American Physical Society Z33.11 (2010) (view slides)

Uncollapsing, Decoherence Suppression, and Quantum Error Correction/Detection with Phase Qubits
Kyle Keane
PhD Oral Qualifying Exam
University of California, Riverside (2009) (view slides) 

Elastic differential cross sections for electron scattering from polyatomic molecules—an accurate, but novel application of the relative flow technique, using a moveable aperture source of gas atoms
Kyle Keane, Shayne Cairns, Colin Campbell, and Murtadha A. Khakoo 
Bulletin of the American Physical Society Q3.3 (2007) (view slides)

Look to this Day
Kyle Keane
Commencement Ceremony, College of Natural Sciences and Mathematics
California State University, Fullerton (2007) (view transcript)

Suppression of T1-type decoherence of phase qubits using uncollapsing and quantum error detection/correction
Kyle Keane and Alexander N. Korotkov
presented at Coherence in Superconducting Qubits  (2010) (view poster)

Theoretical analysis of phase qubits
Alexander N. Korotkov, Kyle Keane, and Ricardo Pinto
presented at Quantum Computing Program Review (2009) (view my panels)

Low energy impact ionization of neon and xenon
Brent R. Yates, Kyle Keane, and Murtadha A. Khakoo 
Bulletin of the American Physical Society Y1.38 (2009) 

An accurate, but novel application of the relative flow technique, using a moveable aperture source of gas atoms to measure elastic electron scattering differential cross sections
Murtadha A. Khakoo, Kyle Keane, Colin Campbell, and Shayne Cairns
Bulletin of the American Physical Society R1.99 (2007)