Explore how parallel optimization accelerates photonics alignment for faster, more efficient production.
The future of catalysis is in AI, light, and biochem. Whether in energy storage or environmental clean-up, researchers are now finding creative ways to design catalysts that do more, with less.
By Atif Suhail
21 Oct 2025
By downsizing pesticides, can scientists fix the growing pest problem? With pesticide-resistant insects becoming ever more present, they'll need to.
Zero-dimensional nanomaterials, including quantum dots and nanoparticles, have unique optical and chemical properties, and can advance numerous scientific fields as a result.
By Atif Suhail
10 Oct 2025
Using nanoscale tech, scientists are unlocking new ways to build stable, scalable qubits, bringing real-world quantum computing a step closer.
Steven Marsden, Senior AFM Specialist at the University of Manchester, talks us through the basics of atomic force microscopy: how does it work, what are its challenges, and what is its future?
By Frances Briggs
7 Oct 2025
Hitachi's HT7800 TEM offers high-resolution imaging and automated operation, streamlining workflows and enhancing productivity in electron microscopy research.
Achieve superior SEM imaging with broad ion beam milling, a contact-free technique that eliminates artifacts and improves surface quality for accurate analysis.
Broad ion beam milling with Hitachi systems ensures precise, stress-free sample preparation for SEM, enhancing results in materials science and nanotechnology.
Discover how DNA origami is reshaping biomedical research. From biosensing and virus trapping to enzyme engineering and targeted drug delivery, scientists are folding DNA into powerful nanostructures with extraordinary potential.
By Dr. Priyom Bose
3 Oct 2025