Quantum Systems in Physics, Chemistry and Biology - Theory, Interpretation and Results

Molecular dynamics. Mutagenesis Quantum dots Quantum chemistry Diatomic molecules Density-functional theory BS Nucleobases Spectroscopy Correlations Resonances XFEL XRD EXAFS Entanglement Entropy X-ray absorption SFX Multicharged ions PSII Acylphloroglucinols Atomic and nuclear systems Artificial Atoms Bromouracil Chaos-dynamical approach CaMn4O5 cluster Correlated dDissipative eEnsemble Correlated dDissipative sStructure Communication simpliciter Complex eEnough sSystem Conformational sampling Free energy analysis CPMD Debye plasmas Jahn--Teller (JT) effect HR-XRD JT formulae Intense laser field Energy formalism Ionic hydrogen bonding Linearly polarized electromagnetic field Mmirror neurons Multiphoton spectroscopy Operator perturbation theory Nuclear strong interaction corrections Pionic atomic systems Iintramolecular hydrogen bonding Ppolyphenolic compounds Quantum modeling and nonlinear analysis Radiative and collisional spectroscopy LD-XRD Relativistic and radiative effects Relativistic energy approach Transition pathway sampling Strong DC electric field Multielectron atomic systems vibrational state Mmolecule--metal ion interaction Relativistic many-body perturbation theory Resonance shift and width Schrödinger equation OEC Radiation atomic lines moments Solvation effects Stark resonances Relativistic quantum approach Uupside-down vision Aantioxidants UB3LYP Spin density maps Topological and dynamical invariants xes