Absorption, stimulated emission and spontaneous emission. Semi-classical model of light-matter interaction: the case of the two-level atom. Resonant cavity: condition, type, Gaussian beam Wave optics: Diffraction and interference. Eigen-polarization states and principal dielectric axis. The dielectric tensor and the index ellipsoid. Macroscopic level: the propagation of light in a dielectric medium, introduction to the index of refraction, Snell’s laws for the refraction and reflection of light at interfaces.Įlements of crystalline optics: Polarization states and the Fresnel equation. Radiating properties of an ensemble of oscillating dipoles with near-field and far-field emission. Microscopic model of light-matter interaction: the elastically bound electrons and its implications.
Sessions 1 to 8: Basic Maxwellian optics from the molecular to the macroscopic scale
Application to Biology (in connection with the biophotonics I and II courses). Nano-objects manipulation: AFM, optical tweezersĤ. Optical microscopy: luminescence, nonlinear effects (two-photon fluorescence, second and third harmonic generation, surface enhanced Raman scattering)ģ. Structural microscopy techniques: electron microscopy (EM), atomic force microscopy (AFM), tunneling microscopyĢ. Instrumentation in nanophotonics and applicationsġ. emission properties: fluorescence, lasing emission non-linear optical properties: role of the interfacesĬ. Interaction between nano-objects and light.ī. Definitions and Basics: state densities, 3D electron gases, bandgap structures, excitons, polaritons, strong couplingĢ. Physics at the nanometric scale and applications to photonicsġ. Nanoparticles: preparation and functionalization Nanolithography at atomic scales : STM, AFMģ. “Top-down” elaboration techniques of nanostructures : photolithography, etching techniques Electron and ion beam lithographyĢ. Nanostructures for photonics: description and fabrication methodsġ. and who need additional knowledge about Organic Reactions.I. It also serves students who have already taken specialized courses in Physical Organic Chemistry, Stereochemistry, Spectroscopy, etc. This is an ideal text for all students who have previously taken a one-year course in Organic Chemistry. While emphasizing new material, it still gives you the opportunity to review important concepts and principles in novel settings. This is an ideal text for all students who have previously taken a Miller's "Advanced Organic Chemistry," Second Edition discusses important organic reactions and mechanisms not usually covered in depth in Introductory Organic Chemistry courses. Miller's "Advanced Organic Chemistry," Second Edition discusses important organic reactions and mechanisms not usually covered in depth in Introductory Organic Chemistry courses.
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