Dr. Cheol-Woo Ahn, leading a research team at the Department of Functional Ceramics within the Ceramic Materials Division at the Korea Institute of Materials Science(KIMS), has developed the world's first heat dissipation material.
Researchers have unveiled an innovative approach to create flexible organic integrated circuits (ICs) devoid of parasitic capacitance. This advancement heralds a substantial enhancement in the dynamic performance and operating frequency of organic thin-film transistors (OTFTs) and rectifying diodes, charting a course towards the realization of high-performance, cost-effective, and energy-efficient flexible electronics.
Epoxy resin (EP), widely used in applications such as adhesives, coatings, and composites, is challenged by its inherent flammability and dense smoke production, which pose threats to safety and property.
Finding the optimum answer from a limited number of options is the goal of combinatorial optimization issues, which are the focus of annealing processor design.
Southwest Research Institute is investing internal funds to create more effective conversion surfaces that will enable future spacecraft equipment to collect and analyze low-energy particles.
Fuel Cell Vehicles (FCVs) are typically powered by polymer electrolyte membrane fuel cells (PEMFCs) which convert the chemical energy of hydrogen and oxygen into electricity and produce water in the cathode.
Microplastics are small, practically indestructible fragments shed by ordinary plastic items. The news becomes worse as more information regarding microplastics becomes available. Microplastics are known to exist in soil, seas, and even the most unlikely places—the arteries, lungs, and placenta.
Highly conductive and flexible wires are essential for the application and integration of wearable technology. However, these wires are susceptible to structural damage from the regular stress and deformation that comes with practical use, which might result in the collapse of the module as a whole
Energy consumption has grown explosively in tandem with human society’s fast progress. Currently, though, less than 40% of primary energy is being used efficiently; the remaining portion is discarded as waste heat, which causes significant energy waste and exacerbates environmental problems.
New research from Macquarie University clarifies how low-temperature, carbon-rich melts can transport quantities of metals needed in renewable energy systems from deep beneath the Earth’s inner mantle.
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