circuit QED

A deep analogy between topological materials and superconducting devices was recently theoretically established [1], in particular between a 3-dimensional topological solid and a 4-terminal superconducting junction. We propose to explore this analogy by designing and fabricating multiterminal superconducting junctions and by probing their quantized energy spectrum using circuit-QED techniques.

[1] R.-P. Riwar, M. Houzet, J. S. Meyer, Yuli V. Nazarov, Multi-terminal Josephson junctions as topological materials, arXiv:1503.06862

---> Deadline Extended! <--- Exciting opportunity for experimental quantum computing postdocs: Join the new circuit QED lab and CQSI Hardware Team at UTS, led by A/Prof Nathan Langford, for well-supported postdoctoral fellowship through the Sydney Quantum Academy.

Interested in doing a PhD in experimental quantum computing at an internationally renowned research destination? Come to Sydney and join the brand new circuit QED lab led by A/Prof Nathan Langford to do experimental quantum computing research at the University of Technology Sydney. Full scholarships on offer for international & domestic students (including generous tax-free stipends and tuition fees) through the Sydney Quantum Academy. Final applications due Monday 25/5 !!

We are the Quantum Circuits Research & Engineering Workgroup (qcrew) in Singapore. We focus on building quantum devices using superconducting circuits to provide crucial building blocks for quantum computers and versatile testbeds for exploring novel phenomena in quantum physics. We have multiple Ph.D and post-doc openings for motivated young scientist with backgrounds in experimental physics or engineering to join our team. For more details, go to our team website at or contact Yvonne directly.

We are seeking applicants for experimental PhD positions to work in the area of circuit QED based quantum simulations at the University of Technology Sydney under the supervision of Dr Nathan Langford. Please register interest by emailing Positions will remain open until filled.



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