… In this regard, merocyanine dyes usually pack in H-coupled antiparallel arrangements …
coupling have been rarely reported. Here we show that for three highly dipolar merocyanine dyes, …

… dyes in (opto-)electronic and photovoltaic devices. Here we show that strong exciton coupling
is not … Quadruple dye stacks were obtained from two bis(merocyanine) dyes with same or …

… of highly dipolar merocyanine dyes that are systematically … (DFT) as well as exciton theory
discloses conformational … dipole moments of the merocyanine dyes by pointing preferably in …

… In the following, in continuation of our recently communicated research on the hetero-merocyanine
dye folda-dimer RB23 we will investigate the optical properties of the series of bis(…

… excitonic coupling between the two merocyanine units. The finding that dimer-2 exhibits
dual fluorescence in solvents of moderate to high polarity is consistent with a folded form of the …

… In summary, we have shown that six merocyanine chromophores can be arranged in a …
As a result of dipole–dipole interactions between the chromophores, excitonic coupling is …

… Combining these functional properties of exciton coupling and … First, we show how a series
of nine merocyanine dyes with … photodiodes, where the merocyanine dyes in the solid state …

… double stack results from vibronic coupling, whereas the … exciton theory. These insights are
of significant importance for the proper design of functional materials based on merocyanines …

… defined dye stack reported in the literature so far. Furthermore, the series of merocyanine dye
… of the optical absorption properties of exciton-coupled chromophores in dependence of the …

… can therefore be attributed to the interacting MC dyes, which are known to show geometry
and distance dependent exciton coupling upon formation of MC dimers. 16a Interestingly, the …