Intra-molecular nitrogen-tellurium coordinate interactions

Tellurium and tellurium compounds

Intra-molecular interactions during the fragmentation of small systems

Recent dissociative recombination (DR) experiments have investigated the role of the parent ion’s structure, bonding and charge centre on the DR process. For examples, in the DR of the H+5 and D5O + 2 [1] cluster ions, the dominant product channels greatly reflect the structure of the parent ion, H+3 ·H2, and D2O·D ·D2O[1] respectively, and the question arises on the role played by the ”neutral...

Empirical solvent-mediated potentials hold for both intra-molecular and inter-molecular inter-residue interactions.

Whether knowledge-based intra-molecular inter-residue potentials are valid to represent inter-molecular interactions taking place at protein-protein interfaces has been questioned in several studies. Differences in the chain connectivity effect and in residue packing geometry between interfaces and single chain monomers have been pointed out as possible sources of distinct energetics for the tw...

Spin-birefringence in molecular currents: Tellurium and gold complexes

We simulate the spin-flip current and transmission function through rings containing elements with a spin–orbit interaction. In a previous study (J. Chem. Phys. 123 (2005) 204714) we predicted that such a system can show spin-birefringence, i.e., a spin current polarized parallel to the molecular axis can flip its direction due to a phase lag due to the spin–orbit interaction. Here we demonstra...

Coordinate transformation approach to social interactions

A coordinate transformation framework for understanding how neurons compute sensorimotor behaviors has generated significant advances toward our understanding of basic brain function. This influential scaffold focuses on neuronal encoding of spatial information represented in different coordinate systems (e.g., eye-centered, hand-centered) and how multiple brain regions partake in transforming ...