This article will discuss the importance of optical microscopy in graphene research, its compatibility with optical graphene visualization, and new developments in this field.
By Akanksha Urade
26 May 2022
Scientists have described DNA as the blueprint of life. DNA nanotechnology has proved to be a powerful tool in many fields of science and technology, including nanoelectronics, molecular computing, biomedicine, and chemical sensing.
By Dr. Priyom Bose
26 May 2022
Because of its capacity to construct complicated interior geometries, 3D printing is a potentially appealing production approach for thermal applications.
By Hussain Ahmed
26 May 2022
In the last five years, the discovery and significant interest in twisted bilayer graphene gave rise to an entirely new subfield in advanced materials science and quantum physics: twistronics. In a new study, scientists apply machine learning algorithms to discover more about this remarkable phenomenon.
By Ben Pilkington
25 May 2022
Depth-sensing nanoindentation is a new but well-established technique for the mechanical characterization of nanometer-scale materials. Learn more about its application to ceramic materials.
By Akanksha Urade
25 May 2022
This article discusses the properties, advantages, limitations, and applications of fullerenes in the energy storage industry.
By Shaheer Rehan
25 May 2022
The key properties of carbon dots and their application in biomedical research are discussed in this article.
By Dr. Priyom Bose
25 May 2022
Experts tackle extreme vibrational control for a new cancer research lab amidst a high-vibration urban setting.
Quiet Island tech provides cost-effective vibration control for precision instruments, bypassing pricier Quiet Building designs.
Mike Georgalis of TMC advises on selecting raised floor pedestals for vibration-sensitive semiconductor equipment.