Low-band gap conjugated polymers with donor–acceptor (D–A) structures have emerged as
second near-infrared (NIR-II) fluorescence probes for biological imaging. However, how to …

Recently, an organic synthetic strategy based on hybridized local and charge transfer
(HLCT) character has been attracting much attention because of its potential for designing …

Recently, a type of synthetic highly efficient OLED molecule based on a hybridized local
excitation and charge transfer (HLCT) character has received much attention as a potential …

To explore the efficient way of assembling electron-donating (D) and-accepting (A) moieties
in small-molecule donors for organic solar cells (OSCs), ADA-and DAD-type triad donor …

In this contribution, we utilize multiple time-resolved and nonlinear optical measurements
and quantum chemical simulations to investigate the excited-state dynamics of organic …

Novel donor–acceptor (D–A) type (monomer) and twin D–A type (dimer) molecules with
pretwisted geometrical conformations have been synthesized to investigate the molecular …

The intramolecular charge transfer (ICT) process exists widely in lasing molecules which
contain electron donors and acceptors. These types of polar molecules are advantageous …

Recently, research in small molecule organic semiconductors have achieved great progress
owing to their well-defined structure, easy synthesis and promising optoelectronic …

Fluorescence sensing plays an increasingly important role in biology and biomedicine. For
many practical applications of fluorescent probes, an “off–on” response is preferred. The …

We report a combined approach of stationary and time-resolved fluorescence
measurements and ultraviolet–visible (UV–vis) transient absorption spectroscopy (TAS) …