Janina Fischer

TL;DR: A plasmon hybridization model is applied to explain the spectral differences of all polarization dependent resonances and use geometric arguments to explain some of the respective shifts of the resonances.

TL;DR: Plasmon hybridization theory is applied to explain the spectral shifts between coupled and uncoupled crescent nanostructures based on simple geometric arguments for all polarization-dependent resonances.

TL;DR: In this article, the authors investigated two-photon-induced fluorescence for organic chromophores next to elongated gold disks which support plasmonic resonances and found that the measured fluorescence is always accompanied by an autoluminescence from the gold, which is of similar intensity.

TL;DR: In this article, various latex dispersions from vinyl acetate/sodium ethene sulphonate copolymers, stabilised by a constant amount of Hostapal BV, a surfactant with poly(ethylene oxide) groups, were investigated by a variety of solid and liquid state nuclear magnetic resonance methods.

TL;DR: In this article, the self-assembly of tris(bidentate) chiral complexes with a threefold-symmetric array of peripheral carboxyl groups is detailed. And a model for the structure of the aggregate is proposed on the basis of the observed stereoselectivity of the aggregation process and the spectral changes.