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Lecture
Plasmon Resonances: Field Enhancement
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Related lectures (21)
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Advanced Optics: Plasmonics and Applications
Delves into advanced optics, covering plasmonics, waveguides, magnetic recording, and organic material integration.
Advanced Optics: Metasurfaces and Generalized Snell's Law
Explores the fabrication challenges of 3D metamaterials and the introduction of phase shifts in light paths.
Surface Plasmon Polaritons: Fundamentals and Applications
Explores the fundamentals of surface plasmon polaritons on metal surfaces and their practical applications.
Surface Plasmon Sensors: Sensitivity and Selectivity
Explores the sensitivity of surface plasmon sensors to environmental changes when the analyte binds, along with affinity sensing and fiber-based sensor miniaturization.
Nanoscale Light Steering
Explores the magnetic, chemical, and electrical steering of light at the nanoscale, focusing on innovative optical devices.
Advanced Optics: Grating Fundamentals
Delves into the fundamentals of advanced optics, covering blazed gratings, resolving power, spectral resolution, Bragg gratings, Wood's anomalies, and surface plasmon-polariton excitation.
Surface Plasmon Polaritons: Measurement Techniques
Explores the direct measurement of Surface Plasmon Polaritons using advanced microscopy techniques.
Surface Plasmon Polaritons: Dispersion and Excitation
Explores surface plasmon polaritons on thin films, discussing dispersion, modes, excitation, and energy transfer.
X-ray Spectroscopies: Fundamentals
Explores inelastic mean free path, universal curve, electron spin, and spin-orbit coupling in X-ray spectroscopies.
Nanophotonic Engineering: Energy Devices
Explores nanoscale heat transfer, photon density, and energy conversion in nanophotonic engineering applications.
