Jointly storing ions and solvents in cathode materials has provided a new handle for designing sodium-ion batteries with high efficiency and fast charging capabilities. [ + ]

Researchers have developed a new method to improve the performance of environmentally friendly, water-based rechargeable batteries. [ + ]

Researchers have uncovered key mechanisms that govern how protons are stored and transported in aqueous batteries; these insights could help develop safer, faster-charging alternatives to Li-ion batteries. [ + ]

Researchers have developed lignin-based separators for lithium-ion batteries that enhance safety and extend battery life. [ + ]

Electrons can move through silicon like waves, enabling smaller, smarter devices. [ + ]

Researchers have developed a quantum battery device that lasts 1000 times longer than previous prototypes, marking a step forward in the field of quantum energy storage. [ + ]

Researchers have created a new type of flexible electronic polymer that could replace environmentally harmful materials in wearable devices, sensors and more. [ + ]

Researchers have developed a system for embedding invisible digital information in printed documents using infrared ink and a special camera. [ + ]

Researchers have developed a novel dry adhesive technology that allows microscale LED components to be easily attached and detached. [ + ]

Researchers have demonstrated a novel perovskite tandem solar cell with a near-infrared harvesting molecule, potentially paving the way for more efficient solar power generation. [ + ]

Researchers have developed ultra-thin magnets that could facilitate the development of faster, more energy-efficient electronics and communication systems. [ + ]

Researchers have developed a dry electrode for aqueous batteries which delivers cathodes with double the performance of lithium-ion batteries. [ + ]

Researchers have developed a new evaporative cooling technology that could improve the energy efficiency of data centres and high-powered electronics. [ + ]

Researchers have developed a streamlined method for growing tin sulfide (SnS), a semiconductor material with potential applications in next-gen electronics. [ + ]

Researchers have deposited gallium-doped indium oxide one atomic layer at a time to build a tiny transistor with increased electron mobility. [ + ]