Description
Book Synopsis
Interference of light: Classical interference schemes.- Interference with glass plates.- Multiple-beam interference.- The Fabry-Perot interferometer.- Optical resonator of a laser.- Scanning Fabry-Perot interferometer.- Diffraction of light: Fresnel diffraction.- Fraunhofer diffraction.- Fraunhofer diffraction in optical instruments.- Resolving power of optical instruments.- Fourier optics: Properties of Fourier spectra in optics.- Isoplanatic linear systems.- Spatial filtration.- History of quanta: Black body radiation.- Plank's law of radiation.- Formulae for equilibrium radiation.- Einstein's hypothesis of light quanta.- Spontaneous and induced radiation.- Shot noise.- Instantaneous intensity.- Quantum efficiency.- The random experiment.- Statistics of the number of photoelectrons.- Detection of low intensities.- Poisson's statistics with the concept of photons.- Interference of single photons.- White gaussian light: Fluctuations.- The quadrature components.- Computer model for t
Table of Contents
Interference of light: Classical interference schemes.- Interference with glass plates.- Multiple-beam interference.- The Fabry-Perot interferometer.- Optical resonator of a laser.- Scanning Fabry-Perot interferometer.- Diffraction of light: Fresnel diffraction.- Fraunhofer diffraction.- Fraunhofer diffraction in optical instruments.- Resolving power of optical instruments.- Fourier optics: Properties of Fourier spectra in optics.- Isoplanatic linear systems.- Spatial filtration.- History of quanta: Black body radiation.- Plank’s law of radiation.- Formulae for equilibrium radiation.- Einstein's hypothesis of light quanta.- Spontaneous and induced radiation.- Shot noise.- Instantaneous intensity.- Quantum efficiency.- The random experiment.- Statistics of the number of photoelectrons.- Detection of low intensities.- Poisson’s statistics with the concept of photons.- Interference of single photons.- White gaussian light: Fluctuations.- The quadrature components.- Computer model for the Gaussian light.- Correlation of light field: Visibility and complex degree of coherence.- General form of correlation of fields.- Spatial correlation of the field.- Temporal correlation of the light field.- The spatial mode.- Computer simulation of field correlation.- Correlation of light intensity.- Correlation functions of intensity.- Photo-current statistics.- The statistics of thermal radiation.- Optical beats experiment.- Hanbury-Brown and Twiss experiments.- Correlation of pseudo-Gaussian light.- References.- Index.
