An ultrathin composite solid electrolyte uses MOF-encapsulated flame retardant that releases only during thermal abuse, enabling safe, high-energy lithium metal batteries.
A nanocomposite coating modeled on Antarctic lichens traps a stable insulating air layer and adds sunlight-driven and electrical heating, delaying ice formation and clearing it within minutes.
Adding iron to a copper-based propellant MOF simultaneously solves its water stability problem and boosts laser propulsion efficiency, breaking a trade-off once thought inherent.
A titanium-based metal-organic framework achieves record electron storage density among MOFs and releases these accumulated charges to produce hydrogen gas without any additional light.
Temperature responsive hydrogels combined with enzyme loaded metal organic frameworks actively move substrates and products and retain enzymes, enabling stable reusable catalysis and reliable glucose sensing in harsh environments.
When a metal-organic framework melts into glass, it becomes magnetic at room temperature, showing that atomic disorder can create magnetism in lightweight materials made from common elements.
A biodegradable nanocellulose and carbon aerogel uses sunlight to purify seawater efficiently, achieving high evaporation rates and strong salt resistance for sustainable, low-cost desalination systems.
Magnetic microrobots carry medicine through blood and release it only where needed, while being tracked inside the body using combined light and sound imaging.