To better understand the structure–property relationship and the significance of the donor–
acceptor (D–A) system in resistive memory devices, a series of new organic small molecules …

Introducing a different acceptor into the same molecular backbone with a definite acceptor
strength is the key to developing multilevel memory devices. A series of Y-shaped imidazole …

A series of new triarylamine appended alkoxyphenanthrenes connected through acetylene
bridges were synthesized for high-performance p-channel OFETs. These semiconductors …

Fluorinated materials have been widely utilized in optoelectronic devices. However, there
has been a rare exploration of the use of fluorinated materials in polymer-based memory …

A series of new heterocycles-flanked alkoxyphenanthrenes with D′-DD′ and ADA
architecture was synthesized for high-performance solution-processable p-channel, n …

The impact of various substituent moieties on the molecular framework of a conjugated D− A
system in resistive switching memory property has been scrutinized through an array of …

Quinoline-based small organic molecules containing anthracene and phenanthrene in a
donor-acceptor (DA) system have been designed and synthesized. The photophysical and …

A series of novel D‐π‐A type organic small molecules have been designed, synthesized,
and demonstrated for non‐volatile resistive switching WORM memory application. The …

Organic small molecule-based electronics are the most demanding area of research due to
their easy alteration of bandgaps by simple modifications in the molecular structure, simple …