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
An analytical method predicts coating-contributed surface error, enhancing control over Transmitted Wavefront Error in optical systems with tight tolerances.
LIG Nanowise's IR SMAL lenses achieve sub-diffraction-limited resolution, revolutionizing infrared imaging for semiconductor inspection and materials science.
Optical spectroscopy reveals protein structure, dynamics, folding, and interactions through fluorescence, Raman, infrared, circular dichroism, scattering, and emerging optical sequencing approaches that complement mass spectrometry in native proteomics workflows today.
By Ankit Singh
21 May 2026
Revolutionizing optical microscopy, the SMAL lens resolves features down to 80 nm, bridging the gap with electron microscopy for efficient nanoscale analysis.
Metasurfaces control light at subwavelength scales to surpass diffraction limits. This optics innovation enables ultra-compact, high-resolution imaging systems for advanced photonic and sensing applications.
By Samudrapom Dam
13 May 2026