Chemical Physics and Quantum Chemistry

<ol> <ol> <li>János Ladik some reminiscences</li> <p>Maximilian Seel</p> <p>The tragicomedy of modern theoretical biology</p> <p>Maximilian Seel and János Ladik</p> <p> <li>Molecular attochemistry: Correlated electron dynamics driven by light</li> <p>Peter Saalfrank, Florian Bedurke, Chiara Heide, Tillmann Klamroth, Stefan Klinkusch, Pascal Krause, Mathias Nest and Jean Christophe Tremblay</p> <p> <li>Fundamental and approximate symmetries, parity violation and tunneling in chiral and achiral molecules</li> <p>Martin Quack, Georg Seyfang and Gunther Wichmann</p> <p> <li>On the development and implementation of multi-CPU parallel versions of accurate, general purpose, methods of multireference perturbation theories</li> <p>Run R. Li and Mark R. Hoffmann</p> <p> <li>Treating the motion of nuclei and electrons in atomic and molecular quantum mechanical calculations on an equal footing: Non-Born–Oppenheimer quantum chemistry</li> <p>Saeed Nasiri, Sergiy Bubin and Ludwik Adamowicz</p> <p> <li>The bound state stability of the hydride ion in HF theory </li> <p>Hazel Cox, Adam L. Baskerville, Ville J.J. Syrjanen and Michael Melgaard</p> <p> <li>Theoretical study of bisphenol A photolysis</li> <p>Elena N. Bocharnikova, Olga N. Tchaikovskaya, Olga K. Bazyl, Viktor Ya. Artyukhov and George V. Mayer</p> <p> <li>The anisotropy and temperature dependence in the mobility of rubrene</li> <p>Yu-Jie Zhong, Chang-Feng Lan, Bo-Chao Lin, Chong-Der Hu, Yuan-Chung Cheng and Chao-Ping Hsu</p> <p> <li>Competing excited-state deactivation processes in bacteriophytochromes</li> <p>Bo Durbeej</p> <p> <li>The influence of monovalent and divalent metal cations on the stability of the DNA-protein interaction in the nucleosome core particle</li> <p>Alex-Adrian Farcaș and Attila Bende</p> <p> <li>Quantum chemistry assisted by machine learning</li> </ol></ol> <p>Pavlo O. Dral</p>