Nano-biocomposites are gaining traction in everything from wound care to biodegradable packaging. As researchers develop smarter, greener versions, their potential across medicine and industry rapidly expands.
By Atif Suhail
25 Jul 2025
Insights and analysis on innovative technologies tackling global challenges: from sustainable materials and clean energy to circular economy and advanced manufacturing.
Discover how tabletop SEM combined with Raman spectroscopy enhances graphene research, providing precise chemical analysis.
Explore how tabletop SEM and Raman spectroscopy streamline pharmaceutical research, offering precise sample analysis for enhanced drug development.
Researchers are turning landfill waste into nanomaterials like graphene and carbon dots, offering a sustainable way to tackle pollution and reduce the environmental cost of nanotechnology production.
By Ankit Singh
21 Jul 2025
This article examines how FTIR spectroscopy and digital twins enhance thin-film deposition, offering molecular insights, real-time control, and smarter feedback loops to improve precision, efficiency, and quality in semiconductor manufacturing.
By Ibtisam Abbasi
16 Jul 2025
Nanodrones are a class of lightweight, compact UAVs designed for use in confined or hard-to-reach environments. Researchers are investigating their use in healthcare, inspection, and surveillance, with ongoing advances in materials, navigation, and control systems.
By Atif Suhail
10 Jul 2025
The rise of chiplets in semiconductor design fosters innovation, enhancing scalability and efficiency while addressing challenges in AI and HPC technologies.
By Ankit Singh
8 Jul 2025
AFM-IR combines Atomic Force Microscopy and infrared spectroscopy for nanoscale chemical characterization, enabling high-resolution spectral mapping.
PiF-IR enhances infrared spectroscopy, surpassing FTIR limitations with superior spatial resolution and sensitivity for analyzing solid and thin-film samples.