Su Dong
Stanford University
7 Papers
150 Citations
Su Dong is an academic researcher from Stanford University. The author has contributed to research in topics: Detector & Vertex (computer graphics). The author has an hindex of 2, co-authored 3 publications.
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Papers
Design and performance of the SLD vertex detector: a 307 Mpixel tracking system
K. Abe,A. Arodzero,C. Baltay,J. E. Brau,Martin Breidenbach,P. N. Burrows,A. Chou,G. Crawford,C.J.S. Damerell,P.J. Dervan,D. N. Dong,W. T. Emmet,R.L. English,E. Etzion,M. Foss,R. Frey,Gunther Haller,K. Hasuko,S. S. Hertzbach,J. Hoeflich,M. E. Huffer,D. J. Jackson,J. A. Jaros,J. Kelsey,I. Lee,V. Lia,A.L. Lintern,Minghui Liu,S. Manly,H. Masuda,A. K. McKemey,T. B. Moore,A. Nichols,Tadashi Nagamine,N. Oishi,L.S. Osborne,J. J. Russell,D. Ross,V. V. Serbo,N. B. Sinev,J. Sinnott,K Skarpaas Viii,M. B. Smy,J. A. Snyder,M. G. Strauss,Su Dong,F. Suekane,F. E. Taylor,A. I. Trandafir,T. L. Usher,R. Verdier,Stephen Watts,E. R. Weiss,J. Yashima,H. Yuta,G. H. Zapalac +55 more
TL;DR: In this paper, the SLAC Linear Collider (SLC) upgraded vertex detector is described, which consists of 96 two-dimensional charge-coupled devices (CCDs) with a total of 307 Mpixel.
Strategy for Understanding the Higgs Physics: The Cool Copper Collider
Sridhara Dasu,Emilio A. Nanni,Michael E. Peskin,Caterina Vernieri,Timothy Barklow,Pushpalatha C Bhat,Kevin Black,J. E. Brau,Martin Breidenbach,Nathaniel Craig,Lindsey Gray,Michael Kagan,Zhen Liu,Patrick Meade,Nathan Majernik,Sergei Nagaitsev,Isabel Ojalvo,Ariel Schwartzman,Su Dong,Liantao Wang,Andrew White +20 more
- 15 Mar 2022
TL;DR: In this article , the authors propose a strategy that focuses on a new technology and preliminary estimates suggest that can lead to a compact, affordable machine, with technologies useful for a broad range of other accelerator applications.
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A “Cool” route to the Higgs boson and beyond. The Cool Copper Collider
Caterina Vernieri,Emilio A. Nanni,Sridhara Dasu,Michael E. Peskin,Timothy Barklow,R. Bartoldus,Pushpalatha C Bhat,Kevin Black,J. E. Brau,Martin Breidenbach,Brendon Bullard,Nathaniel Craig,A. Denisov,Lindsey Gray,Philip Harris,Michael Kagan,Zhen Liu,Patrick Meade,Nathan Majernik,Ali Mohammadi,Sergei Nagaitsev,Dimitris Ntounis,Isabel Ojalvo,Katherine Pachal,Christoph Paus,James Rosenzweig,Carl Schroeder,Ariel Schwartzman,Evgenya I. Simakov,Maximilian Swiatlowski,Bruno Spataro,Jan Strube,Su Dong,Sami Tantawi,Lian-Tao Wang,Andrew White,G. Wilson +36 more
TL;DR: Researchers propose a compact and cost-effective Higgs factory, the Cool Copper Collider, using new linear accelerator technology, enabling precise Higgs boson measurements, self-coupling, and exploration of new phenomena, with applications in medicine and X-ray science.
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Initial impact parameter resolution of the new SLD vertex detector
N. B. Sinev,J. E. Brau,Koji Abe,A. Arodzero,C. Baltay,Martin Breidenbach,P. N. Burrows,A. Chou,G. Crawford,C.J.S. Damerell,P.J. Dervan,D. N. Dong,W. T. Emmet,R.L. English,E. Etzion,R. Frey,M. Foss,Gunther Haller,K. Hasuko,S.S Hertzbach,J. Hoeflich,J. Huber,M. E. Huffer,D. J. Jackson,J. A. Jaros,J. Kelsey,I. Lee,V. Lia,A.L. Lintern,Minghui Liu,S. Manly,H. Masuda,A. K. McKemey,T. B. Moore,A. Nichols,Tadashi Nagamine,N. Oishi,L.S. Osborne,J. J. Russell,D. Ross,V. V. Serbo,J. Sinnott,K Skarpaas Viii,M. B. Smy,J. A. Snyder,M.G Strauss,Su Dong,F. Suekane,F. E. Taylor,A. I. Trandafir,T. L. Usher,R. Verdier,Stephen Watts,E. R. Weiss,J. Yashima,H. Yuta,G. H. Zapalac +56 more
TL;DR: In this article, the SLD collaboration completed the construction of, and began the operation of, a new vertex detector (VXD3), based on 96 CCDs each of 13 cm 2 area.
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XCC: An X-ray FEL-based $\gamma\gamma$ Collider Higgs Factory
Timothy Barklow,Su Dong,Claudio Emma,J. Duris,Zhirong Huang,Adham Naji,Emilio A. Nanni,James Rosenzweig,Anne Sakdinawat,Sami Tantawi,Glen White Slac Linear Accelerator Center,Stanford,Menlo Park,Ca,Particle Beam Physics Laboratory,Universityof California,Los Angeles +16 more
- 16 Mar 2022
TL;DR: In this paper , the design of a γγ Higgs factory in which 62.8 GeV electron beams collide with 1 keV X-ray free electron laser (XFEL) beams to produce colliding beams of 62.5 GeV photons is described.
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