Scientists from the Republic of Korea and India have reported the development of a novel zinc-air battery with self-recharging capabilities based on functionalized graphene nanosheets produced from biomass.
New research demonstrates how a magnetic substance can be used to monitor how long a rechargeable battery has left before it has to be recharged.
With the fast expansion of the Internet of Things (IoT) and cloud computing, worldwide data traffic has grown at an exponential rate. Since optical communication systems are the critical components of the global communications infrastructure, they confront significant hurdles in addressing the impending “capacity crisis.”
Scientists from the People’s Republic of China have evaluated the importance of electrostatic interactions to improve the bioprinting of constructs with sodium alginate-based bioinks by incorporating biocompatible ...
In an article recently published in the open-access journal Energies, researchers discussed the estimation of energy consumption for electric buses using a physical and data-driven fusion model.
Electronic devices that were once thought to be the stuff of science fiction have become a reality thanks to the advances in microelectronics – also called chips or microchips – have facilitated fast, robust, compact laptops and smartphones.
Corning Incorporated has announced the launch of its new Ultra-Low TTV Glass Carrier Wafers, which enable advanced semiconductor manufacturing as well as applications for 5G connectivity. The launch builds on the company’s existing portfolio that supports these rapidly growing markets.
Lithium-ion batteries are the favored technology for powering electric vehicles at the moment, but they are too costly for long-term grid-scale energy storage systems, and lithium is getting increasingly difficult to come by.
Writing in Sustainability, a team of scientists from China have reported a rapid charging strategy using AC incentive methods for Li-ion batteries which offers improvements over current charging strategies.
Scientists from East China Normal University and the Shanghai Institute of Applied Physics have collaborated on a new paper exploring the development of supercapacitor devices for flexible and wearable applications. Their research has appeared in the journal ACS Applied Energy Materials.
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