Medical microrobots can help doctors better treat and prevent disease. However, most of these devices are made of synthetic materials...

The results (The Magic angle of superconducting graphene structures) can inform the design of actual superconducting devices. When it comes...

New nanotechnology that accelerates the transition of stem cells into bone (Bone Formation Comes Down to the Nanowire) could transform...

Bell Laboratories invented the transistor in 1947 ushering in an era of cooler, smaller electronics that used  less power than...

By disrupting the traditional lab-based manufacturing process, Duke University researchers have greatly expanded the ability (Enhanced super-wide spectrum camera capabilities)...

How are nanoplastics counted in your body? The Leiden researchers published (A new way to detect nanoplastics in the human...

Technical advances allow particles to be placed deeper into biological tissues, which could aid in the diagnosis or monitoring of...

A film just 250 nanometers or 0.00025 mm thick has given scientists a glimpse of the superfast world (A super-fast...

In recent years, 2-dimensional (2D) Cheap and energy-efficient electronics materials such as graphene are making waves in scientific world due...

Researchers at the University of Osaka have demonstrated a new way to create three-dimensional interconnections of integrated circuits that operate...