Nanophotonics is a cutting-edge interdisciplinary field that merges state-of-the-art
nanotechnology with the traditional field of optics. Light–matter interactions at the nanoscale …

The demand for precise polarizers is increasing to investigate the polarization
characteristics of materials non-invasively in the terahertz region. Recently, to address the …

Ultrafast pulses, particularly those with durations under 100 fs, are crucial in achieving
unprecedented precision and control in light–matter interactions. However, conventional on …

Inference of joule-class THz radiation sources from microchannel targets driven with
hundreds of joule, picosecond lasers is reported. THz sources of this magnitude are useful …

The high adaptability and flexibility of reconfigurable cavity filters (RCFs) provide a
compelling solution for signal modulation in communication systems. However, current …

This research presents a novel game theory based model for femtocell power management,
engineered to significantly enhance the Signal-to-Interference-plus-Noise Ratio (SINR) …

We demonstrate the capabilities of a novel frequency-domain terahertz spectrometer based
on a comb-locked frequency synthesizer, which provides absolute frequency calibration …

The accelerating demand for wireless communication necessitates wideband, energy-
efficient photonic sub-terahertz (sub-THz) sources to enable ultra-fast data transfer …

This study introduces a frequency comb-based continuous-wave terahertz spectroscopy
technique, achieving a high resolution of 0.1 GHz with excellent frequency precision. It …

The conventional approaches to sub-terahertz metamaterial (MM) fabrication, which rely
heavily on lithography and etching techniques, pose significant challenges in terms of costs …