Fundamentals and Applications of Nanophotonics

Dispersion Magnetism Materials Metals Nanoparticles. Nonlinear optics Optoelectronic devices Characterization Etching Lithography Thin films Semiconductors Electron optics Metamaterials Pauli exclusion principle Photonic crystals Graphene Fabrication Atomic orbitals Carbon nanotubes Plasmonics Résolution Boundary conditions Reciprocal Lattice Surface Plasmons Hydrogen atom Constitutive relations Surface Enhanced Raman Scattering Scanning electron microscope Surface Plasmon-Polaritons Quantum Cascade Laser Hyperbolic Metamaterials Stimulated emission Atomic force microscope Energy Density Hydrodynamic Model Buckyballs Chemical Bonding Maxwell's equations Quantum Cascade Lasers Quantum-mechanics Optical microscope Tight-Binding Model Cloaking Metasurfaces Quantum well lasers Artificial mixtures Bianisotropy aufbau principle Depth of focus Brillouin Zone carbon allotropes Electronic and optical density of states Drude Model Effective medium Electronic band structure Energy and momentum refraction Fermi Level hyperlens Hund's rule Direct and indirect band gaps Hydridized orbitals Lattice matching Lorentz model Nanocircuits Lattice structure Localized surface plasmons Nonlocalities Near-field scanning optical microscope Nonlinear Lorentz�Duffing oscillator Perfect absorber periodic table Numerical shooting method Quantum well devices Poynting's theorem Phase locking Quantum well infrared photodetectors Quasi-static approximation scanning tunneling microscope Rectennas Second and third harmonic generation Spontaneous Emission transmission electron microscope Kramers�Kronig relations Nonlinear optics at surfaces Quasi-static Limit Negative Index Scanning probe techniques Valence and core electrons Superlens Top-down and Bottom-up Approaches Wigner-Seitz Unit Cell