The nanomaterial can be used to improve solar cells as it is strongly absorbs light, and in addition its structure can be engineered to optically detect minute traces of biomolecules. The material consists of silver particles, which are 1000 times smaller than the width of a human hair. Unlike other methods used nanostructures, the fabrication method for this nanomaterial does not require acids and is performed at room temperature. This means that the material can be coated onto a range of substrates, including flexible plastics.

SUTD's Assistant Professor Robert Simpson said "The material can be deposited at room temperature on a range of substrates without patterning or acids. So far we have deposited the material over 100 mm diameter plastic, Si and Silica samples. This single step large area fabrication method makes the material industrially relevant. Indeed, the nanostructures were grown using a modified technique that is commonly used to manufacture tinted films on large area window glass."

The solar absorption measurements were published inNano Energy, in collaboration with Dalian University of Science and Technology, whilst the biomolecule measurements were published inACS Applied Materials & Interfaces.