| 2012 |
Complete List of Publications |
 PDF (96k) |
Blackburn et al. |
| 2012 |
Classical model for escape events in swept bias Josephson junctions |
PDF (607k) |
J.A. Blackburn, M. Cirillo, and N. Gronbech Jensen |
| 2010 |
Tomography and Entanglement in Coupled Josephson Junction Qubits |
PDF (253k) |
Niels Gronbech-Jensen, Jeffrey E. Marchese, Matteo Cirillo, and James A. Blackburn |
| 2010 |
On the classical model for microwave induced escape from a Josephson washboard potential |
PDF (250k) |
James A. Blackburn, Matteo Cirillo, and Niles Gronbech-Jensen |
| 2009 |
Classical Analysis of Capacitively Coupled Superconducting Qubits |
PDF (393k) |
James Blackburn, Jeffrey Marchese, Matteo Cirillo, and Niels Gronbech-Jensen |
| 2007 |
Circuit for Precision Simulation of a Capacitive Josephson Junction |
PDF (148k) |
James Blackburn |
| 2006 |
Noise Activated transitions among periodic states |
PDF (381k) |
James Blackburn |
| 2004 |
Determining a Force Law from a Scattering Experiment |
PDF (562k) |
Blackburn and Smith |
| 2003 |
An Experiment in Chaotic Scattering |
PDF (500k) |
Blackburn and Smith |
| 2000 |
Intermittent synchronization of resistively coupled chaotic Josephson junctions |
PDF (658k) |
Blackburn, Baker and Smith |
| 1999 |
A stochastic model of synchronization for chaotic pendulums |
PDF (429k) |
Baker, Blackburn and Smith |
| 1998 |
Intermittent Synchronization in a Pair of Coupled Chaotic Pendula |
PDF (177k) |
Baker, Blackburn and Smith |
| 1997 |
Experimental measurements on a simulated lumped transmission line |
PDF (748k) |
Smith and Blackburn |
| 1996 |
Chaos and thermal noise in a Josephson junction coupled to a resonant tank |
PDF (242k) |
Blackburn, Smith and Gronbech Jensen |
| 1996 |
Phase locking between Fiske and flux-flow modes in coupled sine-Gordon systems |
PDF (206k) |
Gronbech Jensen, Blackburn and Samuelsen |
| 1996 |
Phase diffusion in a chaotic pendulum |
PDF (911k) |
Blackburn and Gronbech Jensen |
| 1995 |
Stochastic Noise and Chaotic Transients |
PDF (682k) |
Blackburn, Gronbech Jensen, and Smith |
