Bruce E. Kane

Department of Physics and Laboratory for Physical Sciences University of Maryland

7Papers / 论文

108Citations / 引用

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个人简介

Dr. Kane has worked in the field of experimental quantum device physics since he began his graduate school research at Princeton in 1985 in the laboratory of D. C. Tsui, recipient of the 1998 Nobel Prize in Physics. For most of the last decade Kane’s primary interest has been in the development of semiconductor devices for quantum computing. His 1998 Nature paper in which an architecture for a silicon-based quantum computer was first proposed has been cited over 1800 times according to Google Scholar.

教育经历

B. A. Physics, University of California, Berkeley, June, 1983 Ph. D. Physics, Princeton University, October, 1988

工作经历

April 1 1999- Research Staff, Department of Physics and Laboratory for Physical Sciences, University of Maryland 1995- 1999 Senior Research Associate, Semiconductor Nanofabrication Facility, School of Physics, University of New South Wales, Sydney Australia 1988-1994 Member of Technical Staff, Bell Laboratories, Murray Hill, New Jersey

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论文（7）

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1Rotational dynamics of levitated graphite flakes

Pavel Nagornykh,Joyce Coppock,Bruce E. Kane

2016Bulletin of the American Physical Society（2016）引用：23

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2Parametric stabilization of levitated graphene microparticles

Pavel Nagornykh,Bruce E Kane

2014Bulletin of the American Physical Society（2014）引用：23

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3Parametric Stabilization and Cooling of Microparticles in a Quadrupole Ion Trap

Pavel Nagornykh,Bruce E. Kane

We discuss the current progress on study of cooling of levitated microparticles under high vacuum conditions (6 x 10(-7) Torr). Particle levitation as well as feedback cooling are done using an electrical AC trap (quadrupole ion trap). It is shown that we can cool particle motion in all three degrees of freedom to 50-100K and increase their trapping time from a few hours without feedback to times exceeding weeks when the particles are cooled. The cooling is achieved by FM modulation of the AC trap frequency, and data on its dependence on gain settings is presented.

2014OPTICAL TRAPPING AND OPTICAL MICROMANIPULATION XI（2014）引用：1

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4Low temperature AFM/STM for characterization of Si:H(111) surfaces and measurement of subsurface donors

Pavel Nagornykh,Michael E Dreyer,Bruce E Kane

2010Bulletin of the American Physical Society（2010）引用：23

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5Charge Motion of Single Donors in Silicon Measured with a Single Electron Transistor

Luyan Sun,K. Brown,B. E. Kane

2004APS引用：23

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6<title>Nanoscale phosphorous atom arrays created using STM for the fabricaton of a silicon-based quantum computer</title>

J. L. O'Brien,S. R. Schofield,M. Y. Simmons,Robert G. Clark,Andrew S. Dzurak,N. J. Curson,Bruce E. Kane,N. S. McAlpine,Marilyn E. Hawley,Geoffrey W. Brown

2001BioMEMS and Smart NanostructuresSPIE Proceedings

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7Transport measurements of in-plane critical fields in YBCO to 300 T

Andrew S. Dzurak,Bruce E. Kane,R. G. Clark,N. E. Lumpkin,Jeremy L. O'Brien,G. R. Facer,R. P. Starrett,A.V. Skougarevsky, H. Nakagawa,N. Miura, Y. Enomoto,Dwight G. Rickel,

Thin-film YBa2Cu3O7−δ has been studied with in-plane magnetic fields B to 850 T, with good signal-to-noise to 300 T, using a GHz-transmission-line technique for electrical transport measurements in explosive-driven microsecond pulsed magnetic fields. At an ambient temperature of 1.6 K with B⊥c axis we find an onset of dissipation at 150 T, the highest field reported, with a saturation of resistivity at 240 T. Comparison with the Pauli limit Bp=155 T expected for this material suggests that the critical field is limited by spin paramagnetism.Received 20 February 1998DOI:https://doi.org/10.1103/PhysRevB.57.R14084©1998 American Physical Society

1998Physical Review B（1998）引用：15

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