The terahertz range is generally defined as the portion of the electromagnetic spectrum that
lies between 100 GHz and 10 THz. It is situated above the microwave range, and below the …

Over the past few decades, significant attention has been paid to the biomedical
applications of terahertz (THz) technology. Nowadays, THz spectroscopy and imaging have …

There is a keen interest in the exploration of new generation emitters and detectors due to
advancements in innovation of new materials and device processing technologies which …

Photonics is a fast and galloping technology related to both microwave and optics science.
Photonics is a very vast and distinctive field in recent days. Due to the enlarged difficulty of …

In the continuing development of terahertz technology to enable the determination of tissue
pathologies in real-time during surgical procedures, it is important to distinguish the …

We present the results from a feasibility study which measures properties in the terahertz
frequency range of excised cancerous, dysplastic and healthy colonic tissues from 30 …

Terahertz (THz) imaging has the potential to detect breast tumors during breast-conserving
surgery accurately. Over the past decade, many research groups have extensively studied …

At the end of the 19th century, researchers observed that biological substances have
frequency-dependent electrical properties and that tissue behaves" like a capacitor"[1] …

Advances in terahertz technology rely on the combination of novel materials and designs. As
new devices are demonstrated to address the terahertz gap, the ability to perform high …

High-power dual-wavelength diode-pumped Yb: KGW laser using a single birefringent filter
plate was demonstrated. Two oscillating wavelengths maintained the same polarization and …