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Professor Charles G. Smith has worked on nano-electrical and nano-mechanical devices since 1985 [1]. He pioneered electrical transport work on GaAs quantum dots [2] and techniques for measuring single electron charge movement in those dots, initially at low frequencies [3] and more recently high frequencies readout techniques for quantum ...
Sei Morikawa, Ziwei Dou, Shu-Wei Wang, Charles G Smith, Kenji Watanabe, Takashi Taniguchi, Satoru Masubuchi, Tomoki Machida, Malcolm R Connolly. Applied Physics Letters 107 (24), 243102 (2015). “Imaging ballistic carrier trajectories in graphene using scanning gate microscopy”
Prof. Charles G. Smith. Department of Physics, University of Cambridge. Verified email at cam.ac.uk - Homepage. Quantum transport in Nanoelectronic devices NEMS. Articles 1–20.
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Professor Charles G. Smith Professor Smith has worked on nano-electrical and nano-mechanical devices since 1985. He pioneered electrical transport work on GaAs quantum dots and techniques for measuring single electron charge movement in those dots, initially at low frequencies and more recently high frequencies readout techniques for quantum ...
Charles G. Smith (A'00) received the physics degree from the University of St. Andrews, Scotland, in 1982 and the Ph.D. degree in physics from the University of Cambridge, U.K., in 1987. He became a lecturer in the University of Cambridge Physics Department in 1995 and was made a Reader in nanoelectronic devices in 2001.
Name: Charles G. Smith. History. Member for. 10 years 6 months.
Aug 14, 2003 · Charles G. Smith, Ian Farrer, Harvey E. Beere & David A. Ritchie. Nature 424 , 751–754 ( 2003) Cite this article. 699 Accesses. 55 Citations. 3 Altmetric. Metrics.
Charles G. Smith, Ph.D. Laboratory Manager, Hitachi Cambridge Laboratory. Cavendish Laboratory at the University of Cambridge, where Hitachi Cambridge Laboratory is Based. I have always been attracted by the excitement of new discovery.
Charles Grover Smith sudied mathematics and physics at Harvard after graduating from the University of Texas. At Harvard, he worked under Theodore Lyman in the spectroscopy of helium gas.
Semantic Scholar profile for Charles G. Smith, with 10 highly influential citations and 39 scientific research papers.
