Cu (I) complexes often show transitions of distinct metal-to-ligand charge transfer (MLCT)
character. This can lead to small energy separations between the lowest singlet S 1 and …

Since the development of metallopolymers, there has been tremendous interest in the
applications of this type of materials. The interest in these materials stems from their …

Easy come, easy go: the great structural diversity of CuI complexes is an ambivalent trait.
Apart from the well‐known catalytic properties of CuI, a great number of potent luminescent …

Recently, the first commercially successful applications for organic light-emitting devices
(OLEDs) have entered the lighting and display markets, especially in smaller devices such …

Molecules that exhibit thermally activated delayed fluorescence (TADF) represent a very
promising emitter class for application in electroluminescent devices since all electrically …

Metallopolymers with precise structures and particular properties have emerged as
promising functional materials. The applications of metallopolymers depend on the unique …

Metallomacromolecules allow developing advanced materials with various characteristic
properties including inter alia optoelectronics, conductivity, magnetism, self-healing …

The isolation of emissive materials with lanthanide ions is a topic of interest for imaging,
display, and sensing applications, and it requires tuning of the electronics of the systems …

The well-known system of dinuclear Cu (I) complexes bridged by 2-(diphenylphosphino)
pyridine (PyrPhos) derivatives Cu2X2L3 and Cu2X2LP2 (L= bridging ligand, P= ancillary …

Luminescent Cu (I) AlkylPyrPhos complexes with a butterfly-shaped Cu2I2 core and
halogen containing ancillary ligands, with a special focus on fluorine, have been …