## Interaction of Radiation with Condensed Matter: Lectures Presented at an International Winter College at Trieste from 14. Jan. to 26. Mar. 1976, Volume 1 |

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### Contents

Linear and nonlinear optics of condensed matter IAEASMR201 | 3 |

An introduction to quantum optics IAEASMR2016 | 93 |

Phonons and polaritons 1AEASMR208 | 163 |

Copyright | |

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absorption amplitude angular approximation atoms attenuator Auger band beam BINDING ENERGY Bloch boson calculated coefficient coherent components consider constant correlation coupling crystal defined density dependence dielectric dipole discussed dispersion relation distribution effects electric field electron emission equilibrium excitation experimental expression frequency given Hamiltonian intensity ionization kink lattice Lett levels linear magnetic magnon matrix element Maxwell's equations medium molecules momentum non-linear optics non-zero normal mode nuclear obtained operators orbital oscillator parameter phase matching phase plane phase-matching condition photoelectron photon Phys physical plane wave plasma plasmon polariton polarizabilities polarization potential propagation properties pulse quantity quantum radiation field Raman refractive index resonant result ruby laser scattering sech second harmonic shifts shows sine-Gordon equation solitons solution spatial spectra spectroscopy spectrum spin wave statistical symmetry temperature tensor theory thermal threshold transition valence vibrational wave functions wave vector wavelength X-ray zero