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Recent developments have made memristive and nano ionic devices, the top contenders for neuromorphic computer developers. While the manufacture based on traditional mass materials has allowed for several early neuromorphic devices and circuits.The role of nanomaterials in neuromorphic technologies has become increasingly prominent, offering significant advancements in critical parameters such as energy efficiency, signal transmission speed, and device density. Recognizing the immense potential o …

Nanoparticles are being used in carbon capture technologies to improve their efficiency and reduce their cost. Nanoparticles have a high surface area to volume ratio, which gives them a high capacity for absorbing CO2. They can also be modified to have specific chemical properties that make them more effective at CO2 capture. Some different methods are applied in carbon capture technologies, which are mentioned in detail in the article. However, more research is needed to develop and co …

Conductive materials play a pivotal role in various industries, efficiently transferring electric currents and propelling advancements in fields like electronics and energy. Carbon, notably in forms such as graphite and graphene, stands out for its exceptional electrical conductivity, opening avenues for innovations in electronics and sustainable energy solutions. Conductive carbon paste, a compound comprising carbon-based materials, offers versatility in applications ranging from ele …

Graphene oxide actuators represent a cutting-edge technology with immense potential to transform the field of transducers and beyond. Their unique combination of properties, including rapid response, large deformation, and biocompatibility, opens up a wide range of applications across various industries. From biomedical devices and MEMS to artificial muscles and smart textiles, graphene oxide actuators are poised to drive innovation and offer solutions to complex engineering challenges. …

Nanomaterials offer many advantages in aviation applications, such as lightweight and strong composites, increased fuel efficiency, advanced propulsion systems, heat resistance. Additionally, nanomaterials contribute to enhancing hydrogen storage technology. These advantages include high surface area, improved absorption and desorption kinetics, tunable pore structures, and the ability to facilitate hydrogen transport. Nanomaterials also enable storage at low temperatures, increase safety, off …