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Low Energy Electrodynamics in Solids 2012

22–27 Jul 2012
Embassy Suites Napa Valley
US/Pacific timezone

Session

Plasmonics

26 Jul 2012, 08:30
Chardonnay Ballroom (Embassy Suites Napa Valley)

Chardonnay Ballroom

Embassy Suites Napa Valley

1075 California Boulevard, Napa, California, United States 94559

Conveners

Plasmonics

  • Girsh Blumberg (Rutgers University)

Presentation materials

There are no materials yet.

  1. 114. Towards a q-dependent optics
    Martin Dressel (Universitat Stuttgart)
    26/07/2012, 08:30
    Correlated Physics
    Invited
    Martin Dressel The response of matter on a temporally and spatially varying electromagnetic field at a certain point and a certain time depends on the field strength prior to this time at places close to this point. Hence the material parameters become a function of frequency $\omega$ and wavevector q, in general. While the frequency dispersion is common knowledge and widely utilized,...
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  2. 117. Tapered terahertz plasmonic waveguides
    Daniel Mittleman (Rice University)
    26/07/2012, 09:00
    Nanoscale Spectroscopies
    Invited
    Daniel Mittleman, Rice University Concentrating optical energy into an ultra-small spot beyond the diffraction limit has long been an interesting topic in photonics. One of the most popular methods is to use subwavelength-sized plasmonic waveguides, based on the excitation of surface plasmon polaritons (SPPs) on metallic surfaces. While most of the studies on plasmonic waveguides have been...
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  3. 8. Control of light with phase discontinuities: photonics with metasurfaces
    Frederico Capasso (Harvard University)
    26/07/2012, 09:30
    Plasmonics / Metamaterials
    Invited
    Federico Capasso, Francesco Aieta, Patrice Genevet, Nanfang Yu, Mikhail A. Kats, Zeno Gaburro School of Engineering and Applied Sciences, Harvard University Cambrideg, MA02138 Conventional optical components such as lenses and holograms rely on gradual phase shifts accumulated during light propagation to shape light beam. New degrees of freedom in optical design are attained by...
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  4. 152. The Orientation of Luminescent Excitons in Layered Nanomaterials
    Jon Schuller (Columbia University)
    26/07/2012, 10:00
    Plasmonics / Metamaterials
    Rapid
    J.A. Schuller [1,2], S. Karavelli [2], T. Schiros [1], K. He [3], S. Yang [1], I. Kymissis [1], J. Shan [3], and R. Zia [2] [1] Energy Frontier Research Center, Columbia University [2] School of Engineering, Brown University [3] Department of Physics, Case Western Reserve University Measurements of optical anisotropies can elucidate the morphology and electronic excitations in...
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