Carmen Herrmann

TL;DR: In this article, the normal modes and vibrational frequencies of a thiophenolate anion adsorbed on an Ag(1/1) surface are directly targeted employing the mode-tracking protocol.

TL;DR: This work has calculated the exchange spin coupling of a ferrocene-coupled nitronyl nitroxide diradical in its neutral and oxidized state and finds that the neutral complex is weakly ferromagnetically coupled (in contrast to experimental results on single crystals), whereas the spin centers in the cationic complex are strongly antiferromag netically coupled, resulting in an overall ferrimagnetic arrangement of the spins.

TL;DR: In this paper, the conductances of molecular model junctions comprising a triazatriangulenium platform with or without an ethynyl spacer and an upright Zn-porphyrin are probed with a low-temperature scanning probe microscope.

TL;DR: Spin polarization in the electron transmission of radicals is important for understanding single-molecule conductance experiments focusing on shot noise, Kondo properties, or magnetoresistance as mentioned in this paper. But spin polarization in electron transmission is not useful for particle physics.

TL;DR: The findings indicate that charge delocalization across individual selenophenes tends to be less pronounced than across individual thiophenes, and this may have important implications for long-range charge transfer across selenophene oligomers or polymers.