Optical Quantum Information Program
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The Optical Quantum Information Program is led by Prof Geoff Pryde based at Griffith University. The Program investigates cutting-edge photonic quantum information approaches for information processing and networked quantum information, as well as making key advances in the underlying quantum information science.
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Insights and the latest research from the Optical Quantum Information Program and CQC2T team at Griffith University.
People
Prof. Geoff J. Pryde
Program Manager
Mr. Farzad Jouneghani
PhD Student
Mr. Kok Wei Bong
PhD Student
Dr. Nora Tischler
Research Fellow
Dr. Sergei Slussarenko
Research FellowFeatured publications
Experimental Validation of Quantum Steering Ellipsoids and Tests of Volume Monogamy Relations
C Zhang, S Cheng, LL, QY Liang, B-Heng Liu, YF Huang, CF Li, GC Guo, MJW Hall, HM Wiseman, GJ Pryde
Physical Review Letters, 122, 070402 (2019)
Physical Review Letters, 122, 070402 (2019)
Experimental optical phase measurement approaching the exact Heisenberg limit
S Daryanoosh, S Slussarenko, DW Berry, HM Wiseman, GJ Pryde
Nature Communications, 9, 4606 (2018)
Reference-frame-independent Einstein-Podolsky-Rosen steering
S Wollmann, MJW Hall, RB Patel, HM Wiseman, GJ Pryde
Physical Review A, 98, 22333 (2018)
Conclusive experimental demonstration of one-way Einstein-Podolsky-Rosen steering
N Tischler, F Ghafari, TJ Baker, S Slussarenko, RB Patel, MM Weston, S Wollmann, LK Shalm, VB Verma, SW Nam, HC Nguyen, HM Wiseman, GJ Pryde
Physical Review Letters, 121, 100401 (2018)
Heralded quantum steering over a high-loss channel
MM Weston, S Slussarenko, HM Chrzanowski, S Wollmann, LK Shalm, VB Verma, MS Allman, SW Nam, GJ Pryde
Science Advances, 4, e1701230 (2018)
Challenging local realism with human choices
The BIG Bell Test Collaboration, F. Ghafari Jouneghani, R. B. Patel, G. J. Pryde, S. Slussarenko & M. M. Weston et al.
Nature, 557, 212 (2018)
Strong Unitary and Overlap Uncertainty Relations: Theory and Experiment
KW Bong, N Tischler, RB Patel, S Wollmann, GJ Pryde, MJW Hall
Phys. Rev. Lett, 120, 230402 (2018)