SEARCH Articles Figures Tables Ab Initio Methods for the Calculation of Excited States Ab initio methods for excited states CD excition chirality method Computational Methods for Excited States Different DFT-Based Methods Used in the Study of Excited States Diffusion Monte Carlo method excited states EOMCC method vertical excitation energy Electron correlation methods excited Slater determinants Electron correlation methods excited states Electronic structure methods for excited states Excitation energy transfer quenching method Excitation ratio method Excitation/detection methods Excitation/detection methods other Excited Structure Analyzed by Equilibrium Method Excited electron correlation methods Excited states field method Excited states state-specific methods Excited states, approximate methods Excited-state dipole moments solvatochromic methods Excited-state dipole moments solvent-shift methods Excited-state theory, method Excited-state theory, method MMCC) Experimental methods infrared excitation General Excited State Methods Laser excitation method Low-Lying Excited States of Lanthanide Diatomics Studied by Four-Component Relativistic Configuration Interaction Methods Multireference double excitation method Pulse excitation method Pulsed Excitation Methods Quantum Monte Carlo method excited states Red-edge excitation spectra method Signal excitation, polarization transfer method Surface Plasmon Excitation and Related Methods The Phosphorescence Excitation Method Valence excitation spectroscopy experimental methods Variation method excited state energies