Time-dependent density functional theory (TD-DFT) is the most widely-used electronic
structure method for excited states, due to a favorable combination of low cost and semi …

Multiple resonance thermally activated delayed fluorescence (MR-TADF) materials have
attracted increasing attention because of their 100% exciton utilization capability and …

A boron-dipyrromethene (BODIPY) derivative reactive towards amino groups of proteins
(NHS-Ph-BODIPY) was synthesized. Spectroscopic and photophysical properties of amine …

Assemblies of photochromic molecules feature exciton states, which govern photochemical
and photophysical processes in multichromophoric systems. Understanding the …

Molecular photoswitches are a promising class of molecules for the development of new
functional, light-controlled materials. In complex systems composed of multiple …

Molecular excitons play a major role within dye aggregates and hold significant potential for
(opto) electronic and photovoltaic applications. Numerous studies have documented …

Molecular exciton dynamics underlie energy and charge transfer processes in organic
multichromophoric systems. A particularly interesting class of the latter is multiphotochromic …

Azobenzene is a prototypical molecular photoswitch, widely used to trigger a variety of
transformations at different length scales. In systems like self-assembled monolayers or …

The boron/nitrogen (B/N)-based multiple resonance-thermally activated delayed
fluorescence (MR-TADF) materials with tunable colors have attracted widespread attention …

Abstract The novel photoswitchable ligand 3, 3'‐Azobenz (metPA) 2 (1) is used to prepare a
[Cu2 (1) 2](BF4) 2 metallocycle (2), whose photoisomerization was characterized using …