M Vacher, MJ Bearpark, MA Robb - Theoretical Chemistry Accounts, 2016 - Springer
In this article, we outline the current state-of-the-art “on-the-fly” methods for non-adiabatic dynamics, highlighting the similarities and differences between them. We derive the …
In general, charge migration can occur via pure electron–electron correlation and relaxation or via coupling with nuclear motion. We must understand both aspects of charge migration …
Here we demonstrate, compare and contrast relaxation-and correlation-driven charge migration dynamics in halogen, chalcogen, pnicogen and tetrel bonded clusters, following …
The influence of hydrogen bonding and the associated attosecond hole delocalization on the high-order harmonic generation (HHG) process is investigated with the help of hydrogen …
The electron-electron relaxation and correlation-driven charge migration process, which features pure electronic aspect of ultrafast charge migration phenomenon, occurs on a very …
Hydrogen bond in protein structure is a dynamic topic in research community. 2-Pyridone attached to amide forms hydrogen bond in the protein structure. Instead of amide, a number …
Molecular attosecond science has already started contributing to our fundamental understanding of ultrafast purely electron dynamics in isolated molecules under vacuum …
Chemical modifications at various peptide positions result in peptidomimetics with unique physical and chemical properties that can be used for a range of applications. Among many …
The now well-established area of femtosecond dynamics (so-called femtochemistry) accesses the motion of nuclei: this nuclear rearrangement is the later development of …