Introduction to Computational Quantum …

← Back to document page

Introduction to Computational QuantumChemistry: TheoryDr Andrew GilbertRm 118, Craig Building, RSC3108 Course Lectures 2007IntroductionHartree Fock TheoryConfiguration InteractionLectures1IntroductionBackgrou ndThe wave equationComputing chemistry2Hartree Fock TheoryThe molecular orbital approximationThe self-consistent fieldRestricted and unrestricted HF theory3Configuration InteractionThe correlation energyConfiguration expansion of the wavefunctionIntroductionHartree Fock TheoryConfiguration InteractionLectures4Correlated MethodsConfiguration interactionCoupled-cluster theoryPerturbation theoryComputational Cost5Basis SetsBasis functionsAdditional types of functions6Density Functional TheoryDensity functionalsThe Hohenberg Kohn theoremsDFT modelsIntroductionHartree Fock TheoryConfiguration InteractionLectures7Model ChemistriesModel chemistriesIntroductionHartree Fock TheoryConfiguration

Introduction Hartree–Fock Theory Configuration Interaction Lectures 1 Introduction Background The wave equation Computing chemistry 2 Hartree–Fock Theory The molecular orbital approximation

  Introduction, Computational, Theory, Quantum, Introduction to computational quantum