Quantum Sensing for High Energy Physics

  title={Quantum Sensing for High Energy Physics},
  author={Z. Ahmed and Y. Alexeev and G. Apollinari and A. Arvanitaki and D. Awschalom and K. Berggren and K. Bibber and P. Bienias and G. Bodwin and M. Boshier and D. Bowring and D. Braga and K. Byrum and G. Cancelo and G. Carosi and T. Cecil and Clarence Chang and M. Checchin and S. Chekanov and A. Chou and A. Clerk and I. Cloet and M. Crisler and M. Demarteau and R. Dharmapalan and M. Dietrich and J. Ding and Z. Djurcic and J. Doyle and J. Fast and M. Fazio and P. Fierlinger and H. Finkel and P. Fox and G. Gabrielse and A. Gaponenko and M. Garcia-Sciveres and A. Geraci and J. Guest and S. Guha and Salman Habib and R. Harnik and A. Helmy and Y. Heng and J. Henning and J. Heremans and P. Ho and J. Hogan and J. Hubmayr and D. Hume and K. Irwin and C. Jenks and N. Karonis and Raj Kettimuthu and D. Kimball and J. King and E. Kovacs and R. Kriske and D. Kubik and A. Kusaka and B. Lawrie and K. Lehnert and P. Lett and J. Lewis and P. Lougovski and Larry Lurio and Xuedan Ma and E. May and P. Merkel and J. Metcalfe and A. Miceli and M. Min and S. Miryala and J. Mitchell and V. Mitrovic and H. M{\"u}ller and S. Nam and Hogan Nguyen and Howard Nicholson and A. Nomerotski and M. Norman and K. O’Brien and R. O’brient and U. Patel and B. Penning and Sergey Perverzev and N. Peters and R. Pooser and C. Posada and J. Proudfoot and T. Rabga and T. Rajh and S. Rescia and A. Romanenko and R. Rusack and M. Schleier-Smith and K. Schwab and J. Segal and I. Shipsey and E. Shirokoff and A. Sonnenschein and V. Taylor and R. Tschirhart and C. Tully and D. Underwood and V. Vuleti{\'c} and R. Wagner and G. Wang and H. Weerts and N. Woollett and J. Xie and V. Yefremenko and J. Zasadzinski and J. Zhang and X. Zhang and V. Zutshi},
  journal={arXiv: High Energy Physics - Experiment},
  • Z. Ahmed, Y. Alexeev, +113 authors V. Zutshi
  • Published 2018
  • Physics
  • arXiv: High Energy Physics - Experiment
  • Report of the first workshop to identify approaches and techniques in the domain of quantum sensing that can be utilized by future High Energy Physics applications to further the scientific goals of High Energy Physics. 


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