Claudia Minkowski

TL;DR: The wide-ranging tunability of these highly organized materials offers fascinating new possibilities for exploring excitation-energy-transfer phenomena, and challenges for developing new photonic devices.

TL;DR: In this paper, Wirt-Gast materialien vor, aufgebaut aus zylindrischen Zeolith-L-Kristallen, deren Kanale mit Farbstoffmolekulen gefullt sind.

TL;DR: In this paper, the authors present materials where organic dye molecules have been incorporated into the channels of zeolite by means of diffusion, to build artificial photonic antenna systems, where the channel entrance can be plugged by adding closure molecules that then connect the guest molecules inside with materials or molecules outside of the Zeolite channels, since they can act as extensions of the interior of the crystal.

TL;DR: Fluorenone (C13H8O) was inserted into the channels of zeolite L by using gas-phase adsorption and molecular orbital calculations were performed to gain a better understanding of the electronic structure of the system and to support the interpretation of the Electronic absorption and luminescence spectra.