Excited state properties p p - WIEN 2k

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Symmetry triclinic monoclinic (α,β=90°) orthorhombic tetragonal, hexagonal cubic Light-Matter Interaction
Magneto-optics: optics: example without magnetic field, spin-orbit coupling: cubic KK with magnetic field ║z, spin-orbit coupling: tetragonal KK KK Light-Matter Interaction
Page 1 and 2: Excited state properties p within W
Page 3 and 4: Light-Matter Interaction
Page 5 and 6: The dielectric tensor Free electro
Page 7 and 8: Optical constants Complex dielectr
Page 9: Sumrules Light-Matter Interaction
Page 13 and 14: SCF cycle → converged potential
Page 15 and 16: joint Al.injoint 1 18 lower and up
Page 17 and 18: optic joint kram case.symmat case
Page 19 and 20: Convergence m ε nterba and Im I 17
Page 21 and 22: Loss function 120 100 Loss fu uncti
Page 23 and 24: Density of states 4 DOS [ states pe
Page 25 and 26: Theory versus experiment K. Glantsc
Page 27 and 28: … and Beyond
Page 29: MBPT mixing of concepts 4 point f

Excited state properties p p - WIEN 2k

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