Terahertz (THz) technology offers a variety of applications in medical spectroscopy and
imaging. In such applications, tissues are commonly assumed to be optically homogeneous …

The paper presents the results of modern research on the effects of electromagnetic
terahertz radiation in the frequency range 0.5–100 THz at different levels of power density …

The far-infrared (FIR) spectrum, covering wavelengths from 20 to 1000 μ m, presents
significant challenges for the manipulation and detection of polarized light, especially in the …

The solid immersion (SI)<? TeX 2pc 0pt?> effect is widely used to increase the spatial
resolution of optical focusing systems and even overcome the Abbe diffraction limit …

A 660 GHz high-order mode operation backward wave oscillator (BWO) is proposed based
on a novel composite structure. The fundamental mode oscillation can be suppressed by …

Several promising applications of terahertz spectroscopy and imaging techniques in
biological and medical diagnostics have been investigated over the years. Polarimetric …

Терагерцовые (ТГц) технологии находят множество применений в медицинской
диагностике и терапии. Большинство из них основаны на теории эффективной среды …

За последние десятилетия терагерцовое (ТГц) излучение нашло множество
биомедицинских приложений, таких как безмаркерная диагностика злокачественных …

This paper introduces an innovative active terahertz (THz) modulator that employs dynamic
graphene-silicon nanoarrays (DGSN) to address the challenges of dynamically …

We propose a method for realizing single-shot high-resolved quantitative birefringence
microscopy, by extending microsphere-assisted microscopy into polarization holographic …