Nanostructures and Waves
2020 Fall
Embedded Files
All lecture movies are closed; thanks for your efforts in this semester
2020.12.16:
11강: TIR, surface gratings, volume gratings (photonic crystals), and metasurfaces
Chapter 11-1: F.O., k-vector diagram, and total internal reflection (TIR)
Chapter 11-2: surface (relief) grating (diffractive optical element (DOE))
Chapter 11-3: volume gratings (photonic crystals and holographic optical element (HOE))
Chapter 11-4: metasurface
2020.12.09:
10강: Diffraction, Reflections, and k-vector diagram
Chapter 10-1: Diffraction
Chapter 10-2: Reflection
Chapter 10-3: k-vector diagram
2020.12.02:
9강: Fourier Optics_Basics
Chapter 9-1: Fourier Optics_Basics 1
Chapter 9-2: Fourier Optics_Basics 2
2020.11.25:
8강: Applications of Graphene Plasmonics
2020.11.18:
7강: Graphene Plasmonics_Basics
Chapter 7-1: Dielectric Constants of Graphene
Chapter 7-2: Graphene Plasmonics
2020.10.21:
6강: NPoM, Non-local effect, and Picocavity
Chapter 6-1: NPoM & Self-Assembled Monolayer (SAM)
Chapter 6-2: Picocavity
2020.10.14:
5강: Plasmonic Field Enhancement (hot spot)
Chapter 5-1: Capacitive coupling & plasmonic hot spots
Chapter 5-2: Plasmonic light-molecular interactions
2020.10.07:
4강: Drude model & Plasmonic Resonance
Chapter 4-1: Drude Model
Chapter 4-2: Plasmonic Resonance
2020.09.23:
3강: Lorentzian harmonic oscillators_Part 3 & 4
Part 3 (Chapter 3-1): Resonant & non-resonant behaviors of light-matter interaction W/ damping (e.g., localized surface plasmonic resonance (LSPR) of metallic nanoparticles)
Part 4 (Chapter 3-2): Susceptibility & Plasma Frequency
2020.09.16:
2강: Lorentzian harmonic oscillators_Part 1 & 2
Part 1 (Chapter 2-1): Basic conepts
Part 2 (Chapter 2-2): Resonant & non-resonant behaviors of light-matter interaction W/O damping (e.g., localized surface plasmonic resonance (LSPR) of metallic nanoparticles)
2020.09.09:
1강: Wave Forms
2020.09.02:
강의소개: Introduction for Waves and Their Interactions with Matter (한글 동영상 녹음이 제공되지 않습니다)
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