Unlocking the Potential of Molecules to Create New Materials
Scientists have recently made a breakthrough in the development of new molecules and materials, unlocking the potential of renewable energy sources. In a study published in the journal Science, researchers from the University of California, Berkeley have developed a method to create molecules that are more efficient in converting light into electricity. This new technology could have wide-ranging implications for renewable energy sources and devices, including solar cells and energy storage devices.
The research team used a method called “self-assembly” to create molecules that can be used to capture light more efficiently. Self-assembly is a process where molecules are designed and manipulated to assemble themselves into a desired structure. The molecules created by the team are able to absorb and convert light into electricity more efficiently than other molecules, and are more robust and stable than traditional materials used in solar cells. This new technology has the potential to revolutionize renewable energy sources and devices, allowing for more efficient energy capture and storage.
source: Phys.org