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Total: 17 results found.

1. Diamond based photonic crystal microcavities
(Uncategorized/Publication)
Diamond based technologies offer a material platform for the implementation of qubits for quantum computing. The photonic crystal architecture provides the route for a scalable and controllable implementation ...
We present an example of quantum process tomography (QPT) performed on a single solid-state qubit. The qubit used is two energy levels of the triplet state in the nitrogen vacancy defect in diamond. QPT ...
... for scalability reasons, and spins are the preferred quantum system in solids because they offer long coherence times. Here we show that a single pair of strongly coupled spins in diamond, associated with ...
... centers in diamond, Pauli-blockade quantum dots with an excess electron, or trapped ions with optical transitions, which are each placed in a cavity and subsequently entangled using a double-heralded single-photon ...
Dr James Rabeau, who leads a fast growing team in experimental diamond quantum science (QMApp), has won one of the 200 Future Fellowships awarded by the Australian Research Council in it’s inaugural ...
6. PhD Projects on offer
(Opportunities/Opportunities)
... nanoparticles, like colloidal quantum dots. NV centers in nanodiamonds or properly engineered nano-antennas. Contact gterriza@ics.mq.edu.au     Exploring the limits ...
7. New Group Members
(News/New Publications)
... practical quantum computers. This has involved research that has spanned several fields, from quantum dots and defects in semiconductors and diamond, to atom / photon systems, and superconductors. Recently ...
8. Second Asher Peres School
(Outreach/Outreach)
... systems: vibrating beams, membranes etc Quantum dynamics and quantum noise in biological systems Thermodynamics: from nano to macro Manipulating of single molecules and single defects in diamonds ...
9. Jason's Trip to Europe
(MyBlog/MyBlog)
... appears to be great interest in hybrid quantum systems, where one couples, e.g. superconducting stripline cavities to ensembles of atoms/molecules/diamond defects.   From Sweden I popped down to Stuttgart, ...
10. 25-day EU QAP research visits
(MyBlog/General)
... centres in diamond. I was introduced to the latest projects they were working on and some experimental setups in their labs. We then discussed about a scheme I and my supervisor has studied and talked ...
11. Diamond Quantum Science
(Research Themes/General)
At the Quantum Materials and Applications (QMApp) Lab, we are interested in growing nanoscopic diamond particles which contain single atomic impurities (for example Nitrogen, Silicon or Nickel). ...
12. Faculty Positions
(Opportunities/Opportunities)
... condensed matter quantum science including quantum dots, superconducting quantum science, diamond related quantum science, or in experimental quantum science using trapped neutral or charged ...
13. PhD Scholarships
(Opportunities/Opportunities)
... including quantum algorithms, open quantum systems, optical quantum computing, device characterisation, quantum gravity and experimental quantum technologies in diamond. The scholarships (known ...
14. CQCT-08-Contributed
(Research Outputs/Contributed Talks)
... mirror transport in arbitrary dimensions G.A. Paz-Silva Student Oral Contribution: 4th Asia Pacific Conference in Quantum Information Science, Cairns, QLD, Australia. 02-05/07/08. Diamond based single ...
15. 2005-2008 Publications
(Research Outputs/Publications)
... COMBINATORIAL THEORY SERIES A 113, 851  (JUL, 2006). T. Gaebel, M. Domhan, I. Popa, C. Wittmann et al., Room-temperature coherent coupling of single spins in diamond, NATURE PHYSICS 2, 408  (JUN, 2006). ...
16. Video Snippet-Diamond
(Research Themes/Videos)
F00DOkt4RnM Diamond Quantum Science  ...
17. New group members
('Uncategorised Content')
... that has spanned several fields, from quantum dots and defects in semiconductors and diamond, to atom / photon systems, and superconductors. Recently my interests have focused on making quantum computers ...