The terahertz (THz) spectrum is the focus of basic research in solid‐state physics, chemistry,
and materials science as well as applications in next‐generation communications, far …

There is a growing number of advanced applications that integrate nanotechnology and
terahertz radiation. The development of these niche applications has relied on convergent …

The terahertz spectral region has received tremendous attention for label free chemical and
biological sensing, due to the presence of molecular fingerprints, low energy characteristics …

Label-free imaging technology is highly desirable for various bioengineering, medicine, and
chemistry applications. Most existing optical imaging techniques require labeling of the …

In this paper, we design a sensor based on the electromagnetically induced transparency-
like (EIT-like) approach in the terahertz range in order to realize a terahertz metamaterial …

Toward the development of surface-sensitive analytical techniques for biosensors and
diagnostic biochip assays, a local integration of low-concentration target materials into the …

Probing the kinetic evolution of nanoparticle (NP) growth in liquids is essential for
understanding complex nano‐phases and their corresponding functions. Terahertz (THz) …

Terahertz (THz) spectroscopy has impressive capability for label-free biosensing, but its
utility in clinical laboratories is rarely reported due to often unsatisfactory detection …

Photonic crystal (PhC) phosphor, in which the phosphor material is periodically modulated
for an enhancement in color-conversion efficiency via resonant absorption of excitation …

Terahertz (THz) spectroscopy has demonstrated significant potential for substance detection
due to its low destructiveness and due to the abundance of molecular fingerprint absorption …