Terahertz emission was achieved from two types of film in the work of Kanda and co-workers. The first was made of nanosized graphite crystallites with 5–50 graphite sheets randomly distributed ...

The major challenges of terahertz technology include the creation and detection of terahertz waves. The "terahertz gap" is a term used to describe the lack of technology or methods that can generate, ...

In the region between 0.5 THz and 5 THz, there exists a so-called terahertz gap at which semiconductor sources and detectors are not available at present. What are the typical applications for ...

Researchers have discovered a method to induce chirality in non-chiral materials using terahertz light. This groundbreaking ...

Among researchers, this is called the terahertz gap. In recent years, it was discovered that light sources in this frequency band can be applied to a wide range of areas such as ultra-high-speed ...

Woolard, Nathan Swami, Andrew J. Gatesman, Jerry Waldman, "Optical characteristics of biological molecules in the Terahertz gap," Proc. SPIE Vol. 5584, p. 1-10, Chemical and Biological Standoff ...

Fig. 1 THz wave generation from MoS2 through quantum interference. (a) Schematic diagram of THz wave generation from MoS2 under two-color light excitation at normal incidence. (b) THz waveforms ...