Here, we present a free-space optical communication system, adept at managing alignment
deviations and the challenges posed by the atmospheric turbulence in the transmission of …

In this study, we explore the innovative potential of metalenses as a compact and flexible
alternative to digital micromirror devices, marking a significant advancement in optical …

This study presents a vanadium carbide (V2C) mid-IR photodetector. Drop casting and spin
coating a silicon substrate with a thin silicon oxide layer produced the V2C photodetector …

Recent advancements in optical communications have explored the use of spatially
structured beams, especially orbital angular momentum (OAM) beams, to achieve high …

Here, we introduce an optical computing method using free-space optics and a 4f system to
enhance and integrate data processing, encryption, and machine learning. We propose a …

This study introduces an innovative indium tin oxide (ITO) plasmon-based asymmetric Mach-
Zehnder Interferometer (MZI) modulator, designed to tackle prevailing issues in photonic …

Here, we introduce a framework leveraging a free-space optical system based on the 4f
configuration, inspired by the SWIFFT algorithms, designed to significantly enhance the …

This study presents an innovative indium tin oxide (ITO) metasurface capable of dynamically
manipulating light and offering a frequency response from 15 to 100 GHz. This enhances …

Here, we demonstrate how low-dimensional materials can revolutionize photodetector and
electro-optic modulator performance by adjusting critical properties such as bandgap, work …

Here, we explores the forefront of optical dynamic real-time signal processing with the
introduction of a Reconfigurable Complex Convolution Module (RCCM), leveraging …