Bandgap engineering plays a vital role in material development and device optimization due
to its significant impact on the photovoltaic and photoelectricity properties of materials …

Highly efficient persistent organic room temperature phosphorescence (RTP) has attracted
increasing attention because of promising applications in fields of chemical sensors …

The photophysical properties of π-conjugated materials in aggregate states are heavily
dependent on molecular arrangements. Accordingly, the regulation of molecular packing is …

π–π coupling as a common interaction plays a key role in emissions, transport and
mechanical properties of organic materials. However, the precise control of π–π coupling is …

Organic solid-state luminescent materials exhibit numerous exciting photoelectric properties
that are central to emergent organic light-emitting diodes, smart sensors, and data …

Dual-state emissive fluorogens (DSE-gens) are currently defining their importance as a
transpiring tool in biological and biomedical applications. This work focuses on designing …

Realizing highly efficient organic light‐emitting diodes (OLEDs) based on “hot exciton”
emitters is crucial for the widespread use of purely organic electroluminescence. Herein, it is …

The wide application of excimer materials in the OLED field is mainly based on the
regulation of their stacking structure. Therefore, based on whether anthracene groups can …

Highly photoluminescent organic crystals are the cornerstone of organic optoelectronics and
photonics. Here we report on rational design of new organic crystal based on 2-amino-4 …

Terpyridine (TP) integrated with tetraphenylethylene (TPE-TP), pyrene (Py-TP) and
triphenylamine (TPA-TP) exhibited structure controlled molecular packing and distinct …