The integration of graphene and semiconductor leverages the distinct advantages of
different materials and unleashes promising photoresponse generation phenomena …

The extensive applications of spectrum analysis across various fields have rendered the
traditional desktop spectrometers unable to meet the market demand for portability and …

Serving as the “eyes” and “ears” of the Internet of Things, optical and acoustic sensors are
the fundamental components in hardware systems. Nowadays, mainstream hardware …

Hybrid-dimensional heterojunction transistor (HDHT) photodetectors (PDs) have achieved
high responsivities but unfortunately are still with unacceptably slow response speeds. Here …

The unique features of two-dimensional (2D) materials provide significant opportunities for
the development of transparent and flexible electronics. Recently, ambipolar 2D …

Despite their wide-bandgap nature and ultrahigh stability under high-energy UV radiation,
zirconium-oxo clusters (ZOCs) have not yet been studied for applications related to …

The photoconductive gain theory demonstrates that the photoconductive gain is related to
the ratio of carrier lifetime to carrier transit time. Theoretically, to achieve higher gain, one …

The traditional von Neumann architecture has demonstrated inefficiencies in parallel
computing and adaptive learning, rendering it incapable of meeting the growing demand for …

Recent advancements in integrating light into semiconductor integrated circuits have
facilitated the implementation of optoelectronic logic operations (OELOs). However, the core …