Who Knew It Could Be Done?
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Scientists have made spider silk, which is lighter and tougher than steel, 3 times tougher by adding small amounts of aluminum, titanium or zinc The new material could be used to make super-strong textiles and high-tech medical materials like artificial bones and tendons, as well as stronger thread for surgical operations. Now researchers are looking for alternative ways to make the silk without spiders, such as duplicating their spinning technique using silk from silkworms. It seems that producing spider silk commercially can be difficult. When kept in captivity, spiders tend to eat each other.
Scientists have created a Formula 3 racing car that is powered by a biofuel of vegetable oils combined with waste from chocolate factories. The car itself is also eco-friendly. Its body is made of plant fibers, the steering wheel is made of plant-based fibers from carrots and other root vegetables and the seat is made of flax fiber and soybean oil foam. The car was built according to Formula 3 specifications for size, weight and performance; and hopefully it will reach speeds over 145 mph when it is tested on a race track. For now, however, the race car sounds good enough to eat.
Scientists have made spider silk, which is lighter and tougher than steel, 3 times tougher by adding small amounts of aluminum, titanium or zinc The new material could be used to make super-strong textiles and high-tech medical materials like artificial bones and tendons, as well as stronger thread for surgical operations. Now researchers are looking for alternative ways to make the silk without spiders, such as duplicating their spinning technique using silk from silkworms. It seems that producing spider silk commercially can be difficult. When kept in captivity, spiders tend to eat each other.
Scientists have created a Formula 3 racing car that is powered by a biofuel of vegetable oils combined with waste from chocolate factories. The car itself is also eco-friendly. Its body is made of plant fibers, the steering wheel is made of plant-based fibers from carrots and other root vegetables and the seat is made of flax fiber and soybean oil foam. The car was built according to Formula 3 specifications for size, weight and performance; and hopefully it will reach speeds over 145 mph when it is tested on a race track. For now, however, the race car sounds good enough to eat.
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