A simple two step process was developed to fabricate substrates with flexible free standing nanopillars which exhibit a large and uniform
Raman enhancement.

A simple two step process was developed to fabricate substrates with flexible free standing nanopillars which exhibit a large and uniform
Raman enhancement.
Living optical fibers, nickel skeletons, and superconducting graphene — this edition of our Science in pictures series contains more incredible images selected by our editors.
A team of Australian scientists has discovered diamond can be bent and deformed, creating possibilities for the design and engineering of new nanoscale devices.
A new approach seeks to use the “intelligence” aspects of AI to understand the physics of photonic nanostructures.
Diagnosing Ebola early is essential for improving survival rates and controlling the spread of the disease.
New to nano? A new Advanced Materials Tutorial Review highlights the most common characterization techniques for the nanoscale.
Dynamic nano and micropillars are able to transport water droplets across a surface.
A team of researchers construct spider-silk-based “Protein Bricks” with on-demand shape and function for biomedical applications.
A potentially major breakthrough has been made in the study of ReRAM memory devices.
Interfaces to capture, detect, and analyze circulating tumor cells are reviewed, which give a valuable insight into tumor progression and metastasis.