Focus Session: Superconducting Qubits: Resonators and Loss Mechanisms
ORAL · W29 ·
Presentations
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Microwave Loss in Josephson Junction Embedded Superconducting Resonators
ORAL
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Authors
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Steven Weber
- UC Berkeley, QNL
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Kater Murch
- UC Berkeley, QNL
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I. Siddiqi
- UC Berkeley, QNL
- U.C. Berkeley, QNL
- University of California at Berkeley
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Superconducting Microwave Resonators
ORAL
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Authors
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Charles Neill
- UCSB
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Anthony Megrant
- UCSB
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Mike Lenander
- UCSB
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Rami Barends
- UCSB
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Jim Wenner
- UCSB
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Ted White
- UCSB
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Daniel Sank
- UCSB
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Yu Chen
- UCSB
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Yi Yin
- UCSB
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Ben Chiaro
- UCSB
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Julian Kelly
- UCSB
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Peter O'Malley
- UCSB
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Pedram Roushan
- UCSB
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Erik Lucero
- UCSB
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Amit Vainsencher
- UCSB
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Joerg Bochmann
- UCSB
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Matteo Mariantoni
- UCSB
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Chris Axline
- UCSB
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John Martinis
- UCSB
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Andrew Cleland
- UCSB
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Improving the Quality Factor of Superconducting Resonators
ORAL
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Authors
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Anthony Megrant
- UC Santa Barbara
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Charles Neill
- UC Santa Barbara
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Rami Barends
- UC Santa Barbara
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Ben Chiaro
- UC Santa Barbara
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Mike Lenander
- UC Santa Barbara
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Chris Palmstrom
- UC Santa Barbara
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John Martinis
- UC Santa Barbara
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Andrew Cleland
- UC Santa Barbara
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Investigation of superconducting resonator designs for measuring the microwave response of vortices
ORAL
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Authors
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I. Nsanzineza
- Syracuse University
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H. Chen
- Syracuse University
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C. Song
- Syracuse University
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B.L.T Plourde
- Syracuse University
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Anomalous magnetic field effects in high Q superconducting resonators
ORAL
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Authors
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M. Lenander
- UCSB
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R. Barends
- UCSB
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Yu Chen
- UCSB
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J. Kelly
- UCSB
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Erik Lucero
- UCSB
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Matteo Mariantoni
- UCSB
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A. Megrant
- UCSB
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P.J.J. O'Malley
- UCSB
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C. Neill
- UCSB
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D. Sank
- UCSB
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A. Vainsencher
- UCSB
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H. Wang
- UCSB
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J. Wenner
- UCSB
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T.C. White
- UCSB
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Y. Yin
- UCSB
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J. Zhao
- UCSB
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C. Palmstrom
- UCSB
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A.N. Cleland
- UCSB
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John M. Martinis
- UCSB
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Quality Factor Measurements with Improved Superconducting Stripline Resonators
ORAL
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Authors
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Eric Holland
- Yale University
- Department of Physics and Applied Physics, Yale University
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Luyan Sun
- Yale University
- Department of Physics and Applied Physics, Yale University
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Matthew Reagor
- Yale University
- Department of Physics and Applied Physics, Yale University
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Kevin Chou
- Yale University
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Luigi Frunzio
- Applied Physics Department, Yale University
- Yale University
- Department of Physics and Applied Physics, Yale University
- Applied Physics Department Yale University
- Applied Physics - Yale University
- Yale University, Dept. of Applied Physics
- Department of Applied Physics, Yale University
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Robert Schoelkopf
- Yale University
- Department of Physics and Applied Physics, Yale University
- Applied Physics Department Yale University
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Dielectric loss analysis using linear resonators with different impedances
ORAL
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Authors
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Bahman Sarabi
- University of Maryland and Laboratory for Physical Sciences
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Moe Khalil
- University of Maryland and Laboratory for Physical Sciences
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M.A. Khasawneh
- University of Maryland and Laboratory for Physical Sciences
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M.J.A. Stoutimore
- University of Maryland and Laboratory for Physical Sciences
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Sergiy Gladchenko
- University of Maryland and Laboratory for Physical Sciences
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F.C. Wellstood
- Physics Dept., University of Maryland, College Park
- University of Maryland
- JQI, CNAM, Department of Physics, University of Maryland
- JQI, CNAM, Dept. of Phys, Univ of MD, College Park
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C.J. Lobb
- University of Maryland
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Kevin Osborn
- Laboratory for Physical Sciences
- Laboratory for Physical Sciences, College Park, MD
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ABSTRACT WITHDRAWN
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Reduction of Microwave Loss in Titanium Nitride CPW Resonators
ORAL
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Authors
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Michael Vissers
- National Institute of Standards and Technology, Boulder, CO
- National Institute of Standards and Technology
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David Wisbey
- St Louis University, St Louis, MO
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Jiansong Gao
- National Institute of Standards and Technology, Boulder, CO
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Jeffrey Kline
- National Institute of Standards and Technology, Boulder, CO
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Martin Sandberg
- National Institute of Standards and Technology, Boulder, CO
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Martin Weides
- National Institute of Standards and Technology, Boulder, CO
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David Pappas
- National Institute of Standards and Technology, Boulder, CO
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Cooper Pair Transistor Embedded in a dc-Biased High-Q Microwave Cavity
ORAL
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Authors
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Juliang Li
- Dartmouth College
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Fei Chen
- Dartmouth College
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Joel Stettenheim
- Dartmouth College
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A.J. Sirois
- University of Colorado, Boulder
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R.W. Simmonds
- National Institute of Standards and Technology, Boulder
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M.P. Blencowe
- Dartmouth College
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A.J. Rimberg
- Dartmouth College
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Photon Emission from a Self-oscillating Cavity-Embedded-Cooper Pair Transistor
ORAL
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Authors
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Fei Chen
- Dartmouth College
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Joel Stettenheim
- Dartmouth College
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Juliang Li
- Dartmouth College
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A.J. Sirois
- University of Colorado, Boulder
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R.W. Simmonds
- National Institute of Standards and Technology, Boulder
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M.P. Blencowe
- Dartmouth College
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A.J. Rimberg
- Dartmouth College
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Superconducting microstrip resonators for circuit QED experiments
ORAL
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Authors
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M. Haeberlein
- Walther-Meissner-Institut
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M. Krawczyk
- Walther-Meissner-Institut
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A. Baust
- Walther-Meissner-Institut
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J. Goetz
- Walther-Meissner-Institut
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E. Hoffmann
- Walther-Meissner-Institut
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E. P. Menzel
- Walther-Meissner-Institut
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M. Schwarz
- Walther-Meissner-Institut
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F. Wulschner
- Walther-Meissner-Institut
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L. Zhong
- Walther-Meissner-Institut
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F. Deppe
- Walther-Meissner-Institut
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A. Marx
- Walther-Meissner-Institut
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R. Gross
- Walther-Meissner-Institut
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Superconducting Resonators with Parasitic Electromagnetic Environments
ORAL
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Authors
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John Hornibrook
- School of Physics, University of Sydney, 2006, Australia
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Emma Mitchell
- CSIRO Materials Science and Engineering, Lindfield 2070 Australia
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David Reilly
- School of Physics, University of Sydney, 2006, Australia
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