POWER FROM THE RAIN
A new hybrid solar cell works in rainy weather by generating electricity from the movement of raindrops sliding on its[…]
Read moreClimate Crisis Blog
A new hybrid solar cell works in rainy weather by generating electricity from the movement of raindrops sliding on its[…]
Read moreThe range limitations of current lithium-ion battery packs are determined by the efficiency of design materials used. A polymer binding[…]
Read morePerovskite solar cells have offered rapid improvements in efficiency and potential for low-cost manufacturing but still suffer from energy losses[…]
Read moreMade transparent by modifying wood’s natural structure, this material could be a sturdy, eco-friendly plastic alternative. It could serve as[…]
Read moreFrom laundry detergent to dishwasher tablets, cleaning products are made with chemicals that make them difficult to break down or[…]
Read moreLithium-metal batteries pack more energy in the same weight than lithium-ion batteries, promising lighter electric vehicles, ones able to go[…]
Read moreBlended materials are difficult to recycle. 99% of the over 113 million tons of textiles produced today ends up burned[…]
Read moreTiny copper ‘nano-flowers’ attached to an artificial leaf can produce clean fuels and chemicals without any additional carbon emissions. Combining[…]
Read moreZaps of static electricity can be an untapped source of energy. A device called a triboelectric nanogenerator (TENG), can convert[…]
Read moreA new living 3D-printed fungal battery could supply power to sensors for agriculture or research in remote regions. Once the[…]
Read more