Who would want to use a clunky traditional battery ever again once they get their hands on these bendable paper batteries? Although they are being targeted to power paper products such as electronic newspapers, these pieces will surely be used for other purposes as well.
Developed by Stanford researchers, these bendable paper batteries work via carbon nanotubes coated with a film of lithium compound that is applied to both sides of a piece of paper. The paper inolved in these batteries is an electrode separator while the carbon tubes serve to collect them.
Bendable Paper Batteries
Stanford Scientists Develop a Battery for Electronic Paper Products
Trend Themes
1. Bendable Paper Batteries - Opportunity for disruptive innovation in the development of flexible and lightweight batteries for various electronic applications.
2. Electronic Paper Products - Potential for disruptive innovation in the creation of electronic devices that utilize paper as a medium, with the help of bendable paper batteries.
3. Carbon Nanotubes - Disruptive innovation opportunities lie in the utilization of carbon nanotubes for energy storage and other applications, as demonstrated in the development of bendable paper batteries.
Industry Implications
1. Technology - The technology industry can explore the disruptive potential of bendable paper batteries for electronic devices and electronic paper products.
2. Publishing - The publishing industry can leverage the opportunity presented by bendable paper batteries to enhance and innovate the production of electronic newspapers and other paper-based publications.
3. Energy Storage - The energy storage industry can explore the application of carbon nanotubes in battery technology, exemplified by the development of bendable paper batteries.