Science of Innovation: Using viruses to make batteries

Angela Belcher, a material scientist at MIT, is pioneering research to use viruses in creating efficient batteries. By genetically modifying the M13 bacteriophage, she developed a method to produce conductive nanowires, which can be used in battery electrodes. This innovative approach has led to the creation of thin, flexible batteries and has earned her multiple patents. Her work continues to explore new applications, including solar cells and cancer therapies, by harnessing nature's processes.

What unique properties do the batteries created by Belcher's research possess?

What role does nature play in Belcher's approach to innovation in battery technology?

In what ways could the viruses developed by Belcher be used beyond batteries?