Editing GroupTheoryQuantumChemistryAndSpectroscopy
The interaction of chemists, mathematicians, and physicists. Oi. QuantumChemistry: In a simple model, chemical spectra result from photon emission connecting energy eigenstates of isolated atomic or molecular Hamiltonians. (A full QuantumMechanical treatment must include the operators for the E and M fields). The simplifying SeparabilityAnsatz pervades this study. The nuclear and electronic eigenstates possess symmetries inherited from their respective Hamiltonians. The symmetries of initial and final states determines whether they can be connected by an electric dipole event. The chemical applications of GroupTheory thus form a useful tool for avoiding many difficult calculations in QuantumChemistry. Organization: *Algorithms for applying results of GroupTheory to chemical systems *SchrodingerEquation for simple systems *HydrogenicOrbitals *SeparabilityAnsatz applied to PolyElectronicSystems *HuckelMolecularOrbitals *SelectionRules for electronic and vibrational transitions ---- So who saw that WikiName and at first thought it was another GroupStory? --MichaelVrable * I just thought it was someone being weird by smashing a bunch of words together to form a long WikiName.--AdamField * I'm stupid. What's a GroupStory? --DavidLiao ** Collaborative efforts in fiction on FunWiki. Often lacking a coherent plot. (Or sometimes, the lack of a coherent plot becomes part of the plot... *cough* [FunWiki:GroupStoryTwo Continuity Fairy] *cough*) See CategoryStory. Funny, the abbreviation for the course ''Group Theory, Quantum Chemistry, and Spectroscopy'' looks something like (I forget exactly--it's been almost a decade now) ''GRP THERY'' in the textbook store. It looks like you're buying materials for group therapy. --DavidLiao
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Editing GroupTheoryQuantumChemistryAndSpectroscopy