Two decades after early forecasts, nanomaterials are gaining ground in sectors including medicine, aerospace, and 3D printing. Here is where commercialization stands in 2026.
By Atif Suhail
24 Mar 2026
Atomic force microscopy (BioAFM) drives innovation in cosmetics and healthcare, ensuring product efficacy through precise nanoscale characterization.
AFM-IR is a powerful tool for analyzing 2D materials that offers nanoscale resolution and reveals complex interactions that are essential for innovative technologies.
Professor Gerd Binnig is one of many scientists whose work has transformed research. His Nobel and Kavli Prize wins demonstrate both his talent and determination. Today, we focus on more than his talent, looking at the man behind the science.
By Frances Briggs
19 Mar 2026
On the journey to sustainable energy storage solutions, is lithium the inevitable first choice? Or, are sodium-ion batteries still a potential option? Here, we look at the challenges involved in both batteries and how nanotechnology is creating solutions.
This article explores ways to improve photovoltaic performance through nanoscale analysis.
By releasing materials under stimuli, these nanoparticles can enhance the efficacy of targeted drug delivery. This means improved treatment precision.
By Dr. Priyom Bose
12 Mar 2026
There is more to defense than meets the eye - for toughness, we must get to the atomic level. By engineering atoms, materials can have high fracture resistance and improved performance under extreme conditions.
By Ankit Singh
11 Mar 2026
To become invisible to modern detection technology, an object must bend light and blend heat. This is increasingly difficult as sensors are increasingly intelligent - nanostructured films may be the answer.
By Vladimirs Zenko
10 Mar 2026
This article breaks down the key steps in the silicon wafer manufacturing process. From growing the silica crystals to examining the final finish, every step counts.
By Abdul Ahad Nazakat
9 Mar 2026