Explore the groundbreaking advances in lithium-ion battery technology, materials optimization, and system up-scalable solutions that are transforming energy storage.
Exploring how conducting polymers are revolutionizing bioelectronics and energy storage by bridging the gap between living tissue and machines.
Discover how Poly(Ionic Liquid)s combine the stability of plastics with unique salt properties to revolutionize energy storage, environmental protection, and advanced technologies.
How the fusion of supercapacitor and battery technologies is charging the future.
Discover how mixed electronic-ionic conductive polymer binders are transforming silicon-based solid-state batteries, enabling higher energy density and faster charging.
Explore the revolutionary world of conductive polymers - flexible, lightweight materials that conduct electricity and power next-generation technologies from flexible electronics to medical implants.
Discover how 3D porous silver nonwoven mats are revolutionizing supercapacitor technology, enabling faster charging and more efficient energy storage.
Explore how advanced polymer batteries are transforming energy storage with enhanced safety, flexibility and performance for electric vehicles, consumer electronics and medical devices.
Explore the science behind composite cathodes in lithium-ion batteries and how they enable higher energy density, improved safety, and longer battery life.
Exploring the potential of magnesium batteries as the next-generation energy storage solution with abundant resources and superior safety