2. Optical Properties of Solids - WIEN 2k

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Properties & ApplicationsDielectric functionOptical absorptionOptical gapExciton binding energyPhotoemission spectraCore level spectraRaman scatteringCompton scatteringPositron annihilationNMR spectraElectron spectroscopyLight emitting diodesLasersSolar cellsDisplaysComputer screensSmart windowsLight bulbsCDs & DVDsunderstand physicscharacterize materialstailor special propertiesExcited States
Light – Matter InteractionResponse to external electric field EPolarizability:Linear approximation:Fourier transform:susceptibility χconductivity σdielectric tensor∋Optical Properties
Page 1 and 2: Optical Properties of SolidsClaudia
Page 3: OutlineBasicsProgramExamplesOutlook
Page 8 and 9: Optical "Constants"Complex dielectr
Page 10 and 11: SumrulesOptical Properties
Page 12 and 13: Magneto-opticswithout magnetic fiel
Page 14 and 15: Wavefunction vs. DensityHartree-Foc
Page 16 and 17: The Band Gap ProblemIonization ener
Page 18 and 19: Program FlowSCF cycleconverged pote
Page 20 and 21: al.injoint"joint"1 18 lower and upp
Page 22 and 23: opticcase.symmatcase.mommatmomentum
Page 24 and 25: Results ....
Page 26 and 27: N eff[electrons]54321Sumrules165 k-
Page 28 and 29: Theory - ExperimentExample: Platinu

2. Optical Properties of Solids - WIEN 2k

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