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Curriculum
Vitae |
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Research
Projects: |
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Measurements
of the nonlinear Meissner Effect and other fundamental properties
of superconductors using near-field microwave microscopes. |
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Understanding
the superconductor / normal-metal phase transition in cuprates
through measurements of critical behavior at finite frequencies. |
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Development
of nm-resolution near-field microwave microscopes for dielectric
and metal measurements. |
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Scanning
Laser Microscopy of RF current flow and local sources of nonlinearity
in superconducting microwave devices. |
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Experimental
study of chaos in nonlinear circuits at RF and microwave frequencies. |
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Fundamental
studies in quantum chaos through electromagnetic analog experiments. |
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Experimental
study of left-handed metamaterials. |
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Assist
Neocera, Inc. in the development of a commercial near-field
microwave microscope. |
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Notable
Publication: |
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Sameer
Hemmady, Xing Zheng, Edward Ott, Thomas M. Antonsen, and
Steven M. Anlage, "Universal Impedance Fluctuations
in Wave Chaotic
Systems," Phys. Rev. Lett. 94, 014102 (2005). |
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Publication
List: |
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http://www.csr.umd.edu/csrpage/publications/reprint/index.htm |
