Due to the low photon energy in the relevant frequency band, fewer materials can directly
excite carriers, and an extreme lack of high‐performance, large‐area detectors, limit the …

As a building block for terahertz system, terahertz detector is expected to achieve high-
performance, room-temperature, low-cost and large-area detection available. However, the …

Multi-frequency Terahertz (THz) detectors have shown great application potentials in THz
imaging and sensing systems. For the first time to our knowledge, a novel dual-frequency …

Terahertz (THz) detectors have been extensively studied for various applications such as
security, wireless communication, and medical imaging. In case of metal-insulator-metal …

We experimentally show that terahertz (THz) waves confined in sub-10 nm metallic gaps can
detect refractive index changes caused by only a 1 nm thick (∼ λ/106) dielectric overlayer …

In this study, we fabricated three kinds of terahertz detectors with different leakage currents
to analyze the plateau-like effect. The results indicate that the platform becomes increasingly …

Terahertz waves have many unique electrical and optical properties, which have significant
applications in both civil and military fields, such as physics, biology, public safety …

We integrate two dimensional hole arrays (2DHAs), a plasmonic structure, into silicon based
blocked impurity band (BIB) terahertz detectors. The photoresponse of the BIB device …

Based on the hot electron effect in a semiconductor, an overmoded resistive sensor for 0.3–
0.4 THz band is investigated. The distribution of electromagnetic field components, voltage …

We demonstrated a Si-based photoelectric detector with silicon-on-insulator structure. The
Si-based detector was successfully fabricated and showed broadband response from 20–40 …