Precise recognition of near‐infrared (NIR) signals holds great prospects in optical
communication, remote sensing, information security, and anti‐counterfeiting. For these …

The advancement of organic electronics has been continually pushed by the need for stable
and high performance acceptor materials. By utilizing inexpensive and stable indigo dye as …

Organic molecules with wide absorption spectra exhibit great sunlight harvesting capability
and are critically important for solar cell applications. In this manuscript, we develop an A–D …

Near-infrared photodetection is valuable for numerous scientific, industrial and recreational
applications. The implementation of organic semiconductors in near-infrared photodetectors …

A series of symmetrical cross-conjugated luminophores with different substituents at the 2, 3-
positions of a quinoxaline unit have been designed and synthesized. Their intramolecular …

Organoboron compounds offer new approaches to tune the electronic structures of π-
conjugated molecules. In this work, an electron acceptor (M-BNBP4P-1) is developed by …

For donor–acceptor conjugated polymers, it is an effective strategy to improve their electron
mobilities by introducing electron‐withdrawing groups (EWGs, such as F, Cl, or CF3) into the …

The development of light-harvesting architectures with broad absorption coverage in the
visible region continues to be an important research area in the field of artificial …

Dimerization of the so-called pyrrolopyrrole aza-BODIPY, which is a new class of aza-
BODIPY analogues exhibiting intense absorption and emission in the visible (Vis) and near …

The utilization of photochromic cement and photochromic polymeric (epoxy and polyester)
mortars in building applications is explored in this study. In order to achieve the objective …