Fiber-optic spectroscopy uses light-guiding probes to monitor temperature, strain, pressure, and chemical signals remotely, enabling continuous real-time sensing in oil wells, volcanoes, nuclear reactors, aerospace structures, and other harsh environments.
By Ankit Singh
18 Jun 2026
Achieve accurate spectral performance in fluorescence systems with optical cubes, featuring expertly arranged filters and mirrors for reliable imaging results.
Optimizing filter configurations in fluorescence imaging enhances speed and contrast, crucial for effective live cell imaging and experimental precision.
Optical hydrodynamics shows how exciton-polaritons can form self-bound quantum droplets of light in semiconductor microcavities, enabling liquid-like photonic behavior for future quantum light sources.
By Samudrapom Dam
11 Jun 2026
This article outlines strategies for optimizing optical filter subassemblies, focusing on system-level design and component performance for cost reduction.
OBIC uses focused laser scanning to map photocurrent changes in integrated circuits, helping localize junction defects, ESD damage, oxide shorts, and buried failures without destructive sample preparation.
By Ankit Singh
4 Jun 2026
Enhance your analytical toolkit with DIY Raman kits, designed for flexibility and performance in chemical analysis, suitable for research and educational labs.
Tailored laser wavelengths in Raman analysis enhance sample evaluation, balancing excitation efficiency and fluorescence sensitivity for diverse applications.
Raman spectroscopy is a vibrational technique used to identify chemical composition and structure without extensive sample preparation.
Free-Space Optical Communications (FSOC) uses narrow laser beams to deliver high-throughput, low-detectability defence communications, reducing RF signatures while supporting resilient battlefield links through adaptive optics, tracking systems, and hybrid RF backup field operations.
By Ankit Singh
28 May 2026