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Researchers have developed a dramatically faster, simpler nanoparticle assembly technique using an ultrasonic spray nozzle to generate a nanoparticle-laden aerosol. This facilitates rapid fabrication of highly ordered nanoparticle monolayers over large surface areas, unlocking applications from flexible electronics to next-gen solar cells.
Researchers develop a crystalline porous metal-organic framework that precisely mimics origami folding patterns, introducing stimuli-responsive materials that reversibly change shape at molecular dimensions.
Leveraging soft electronics and organic-inorganic materials, researchers create a durable artificial retina wrapped around a fiber exhibiting striking similarities to biological vision. This advance opens the door to sensory-enhancing wearable technologies.
Researchers developed a scalable approach to manufacture intricate, electrochemically actuated carbon nanotube structures that can reversibly change shape through lithium alloying reactions controlled by simple electrical signals.
New study details a polymer-grafting approach for creating surface-functionalized MOF nanosheets, highlighting a significant advancement in the field of material science and its potential impact on nanotechnology.
Super Holey Graphene enhances the already impressive properties of graphene, making it a significant breakthrough in materials science.
Researchers achieve 23% efficient perovskite-organic solar cells, using open-air processing for simpler, cost-effective production.
A novel tunable stealth material design drawing inspiration from leaves can provide adjustable radar and infrared camouflage from a single lightweight structure, overcoming challenges that have impeded multifunctional stealth technologies for decades.