Researchers at Cornell University have used an atomic self-assembly technique to create a promising hybrid material with the flexibility of polymers and the strength and functionality of ceramics. The material was made by blending a known self-assembling molecule called a diblock copolymer with a ceramic.
Although only small pieces have been made so far, they have enabled the material's properties to be tested. It is transparent, flexible and strong, and unlike a pure ceramic it does not shatter. In one form it is a good conductor of ions and could lead to a superior electrolyte for batteries and fuel cells. Another possible application is using the material to separate live proteins.
The self-assembly feature could be used to create large batches of the material in many molecular configurations, possibly opening up new avenues for materials science.