For non-invasive detection, terahertz (THz) sensing shows more promising performance
compared to visible and infrared regions. But so far, figure of merit (FOM) of THz sensor has …

Type-II Weyl semimetals have emerged as ideal candidate materials for terahertz (THz)
photodetection due to the high mobility, intrinsic anisotropy and topological band structure …

Recent years have witnessed rapid progresses made in the photoelectric performance of
two‐dimensional materials represented by graphene, black phosphorus, and transition …

Mid‐and even long‐infrared photodetection is highly desired for various modern
optoelectronic devices, and photodetectors that operate at room temperature (RT) remain …

Photodetectors based on Weyl semimetal promise extreme performance in terms of highly
sensitive, broadband and self‐powered operation owing to its extraordinary material …

Weyl semimetal-based photodetectors have attracted great attention due to their high
performance in fast, self-powered, and ultra-broad-band photodetection. However, the …

The emergence of novel topological semimetal materials, accompanied by exotic non‐
equilibrium properties, not only provides a fertile playground for a fundamental level of …

Terahertz detection technology has been confronted with formidable impediments, notably
the paucity of sensitivity and operating temperature for photodetectors based on traditional …

In this paper, we designed a dynamically tunable four-band perfect sensor based on bulk
Dirac semimetal (BDS). The sensor comprises a top BDS layer, a bottom Au layer, and an …

Since the discovery of Dirac semimetal graphene, two-dimensional (2D) Weyl semimetals
(WSMs) have been widely used in low-energy photon detection, polarization imaging, and …