A new type of quantum battery actually charges faster as it gets larger
Quantum batteries defy conventional thermodynamics by charging faster as their storage capacity increases, utilizing a phenomenon called superextensive scaling to achieve quadratic gains in power density.
A prototype quantum battery developed by researchers at RMIT University and the University of Melbourne has demonstrated the ability to charge more rapidly as it scales up in size. While traditional lithium-ion batteries suffer from increased internal resistance and efficiency losses as they grow, this device utilizes 'superextensive' power scaling. This allows the total charging power to increase quadratically rather than linearly with system size.
There's more to this story — open the app to keep reading.
Continue Reading in App
1 more paragraphs · plus a 2-question quiz