Touch-Enabled Robots Will Sort Out Waste
A team of scientists has created a robotic system capable of detecting the temperature, texture and other qualities of waste for sorting.
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Finnish researchers have developed a novel technique that mimics leaf microstructures to boost the performance and sustainability of flexible electronics.
A team of scientists has created a robotic system capable of detecting the temperature, texture and other qualities of waste for sorting.
Alongside the move away from fossil fuels, initiatives like this plant dedicated to carbon sequestration using renewable energy are emerging.
The extraction of high-value raw materials like lithium and rare metals from seawater desalination brine is a significant step toward achieving a circular economy.
Genetic engineering enables bacteria to break down plastic into a high-strength biodegradable silk.
Enabling individuals with limited mobility to walk again and construction workers to effortlessly lift up to 200 pounds are some applications of this technology.
The effect, announced by a Chinese scientist, is achieved thanks to a mesh of cylindrical lenses that produce the refraction of light.
Next-gen clothing adjusts to temperature changes, shrinking for enhanced insulation against the cold.
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