Doctor of Philosophy in Electrical Engineering
Electrical and Computer Engineering
First Committee Member
Biswajit Das, Chair
Second Committee Member
Third Committee Member
Graduate Faculty Representative
Number of Pages
As optical counterpart of microwave antennas, plasmonic nanoantennas are important nanoscale devices for converting propagating optical radiation into confined/enhanced electromagnetic fields. Presently, nanoantennas, with a typical size of 200-500 nm, have found their applications in bio-sensing, bio-imaging, energy harvesting, and disease cure and prevention. With the device feature size of next generation IC goes down to 22 nm or smaller, and biological/chemical sensing reaches the Gene’s level, the sizes of the corresponding nanoantennas have to be scaled down to sub-100nm level. In the literature, these sub-100nm nanoantennas are referred as deep subwavelength nanoantennas as size of such miniaturized nanoantennas is only a fraction of the wavelength of applied visible light range (390nm-750nm).
Applied sciences; Localized surface plasmons; Optical antennas; Plasmon polarization; Plasmonic nanoantennas; Plasmons (Physics); Sensing; Surface plasmon resonance
Atomic, Molecular and Optical Physics | Electrical and Computer Engineering | Nanotechnology Fabrication | Plasma and Beam Physics
University of Nevada, Las Vegas
Zhai, Shengjie, "Hybrid Plasmonic Nanoantennas: Fabrication, Characterization, and Application" (2012). UNLV Theses, Dissertations, Professional Papers, and Capstones. 1525.
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