CLAY DUST FOR CARBON SEQUESTRATION
Spraying clay dust on the ocean’s surface could convert carbon into food for trillions of zooplankton (microscopic sea creatures) to[…]
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Spraying clay dust on the ocean’s surface could convert carbon into food for trillions of zooplankton (microscopic sea creatures) to[…]
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One way to increase solar cell efficiency is to change their chemical makeup. Current cells use silicon, a long-lasting inorganic[…]
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A new thermal emitter, using light to convert heat into power, can achieve high efficiency within practical design parameters and[…]
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A new method visualizes interfaces where the sunlight’s energy is converted to electrical charges and provides a set of design[…]
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Fungus use can transform food waste into palatable food. For instance, Indonesia creates oncom-inspired foods such as a fermented patty[…]
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Most air purification systems are expensive, cumbersome and require frequent cleaning or filter replacement, but there’s an alternative. New artificial[…]
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Urban residents could wear a new natural fabric to counter rising temperatures. It reflects sunlight, lets heat escape, while blocking[…]
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Buildings account for 40% of greenhouse gas emissions, but a new algorithm-based method of designing floor plans for apartment buildings[…]
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A new design overcomes a key barrier to safer, more efficient EV batteries. A polymer-filled porous membrane allows lithium ions[…]
Read moreNew transparent solar cells can be embedded into the glass surfaces of mobile devices, cars, and buildings, offering a seamless[…]
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