American yarn company Red Heart has come up with a yarn that's fibers get warmer when exposed to the sun's ultraviolet rays. And just in time for winter as well!
Hate scraping your frozen car windows? A new approach promises to remove ice and frost from surfaces with less than 1% of the energy and 0.01% of the time required for other defrosting methods.
What happens if spies or soldiers must travel into enemy territory without leaving behind any evidence? DARPA thinks the answer might involve a glider that self-destructs in the sunlight.
Researchers from the University of California, Irvine, are developing a smart material which can regulate its temperature, potentially with the tap of a smartphone app. Here's how it works.The post Smart clothes could let you change your temperature with the touch of a button appeared first on Digital Trends.
Spider silk could be useful for everything from bulletproof shields to ultrathin wound dressings. But how do you mass produce it? Researchers from Washington University may have an answer.The post Genetically engineered bacteria could be the key to mass-produced spider silk appeared first on Digital Trends.
Scientists at the University of Maryland have developed a next-generation textile that's able to automatically change its properties to keep us at the perfect temperature year-round.The post Magical new nanotube-infused fabric cools you in summer, warms you in winter appeared first on Digital Trends.
Researchers have developed a so-called 'Tutor Monorail' which can successfully fool aggressive brain tumors into exiting the brain and instead migrating into an external container.The post FDA hails ‘Tumor Monorail’ which coaxes aggressive tumors away from the brain appeared first on Digital Trends.
Researchers at Northwestern University have developed a new novel coating material which can self-heal within seconds after being scratched, scraped, or cracked. Here's how it works.The post This self-healing coating erases scratches and cracks within seconds appeared first on Digital Trends.
Pulling off Band-Aids sucks. But that could be about to change, thanks to a new type of adhesive that can be easily detached using a specific frequency of UV light. Here's how it works.The post New adhesive tech could let you remove Band-Aids with a blast of UV light appeared first on Digital Trends.
Wool hats are way more comfortable than hard helmets. You know what they're not? Safer. That could soon change, thanks to an innovative new ski beanie which instantly hardens upon impact.The post Warm ski beanie instantly hardens into a head-protecting helmet upon impact appeared first on Digital Trends.
Hate frozen windshields in winter? Researchers at Virginia Tech may have found a way to banish them for good, thanks to the world’s first passive anti-frosting surface. Here's how it works.The post No more scraping? Anti-frosting advance could mark end of frozen windshields appeared first on Digital Trends.
Imagine if it was possible for people in drought-stricken parts of the world to literally pull fresh drinking water from the air. A new nanofiber cloth material can do exactly that.The post A nanofiber cloth could pull fresh drinking water straight from the air appeared first on Digital Trends.
Researchers from Sweden have developed a new biomaterial that's stronger than all previous bio-based materials, both fabricated and natural. That includes previous record holder, spider silk.The post Sorry, Spider-Man! Newly developed bio-fiber is even stronger than spider silk appeared first on Digital Trends.
Univerity of Michogan researchers have developed a clear 'omniphobic' screen coating that causes everything from water and oil to alcohol and even peanut butter to simply slide off its surface.The post ‘Omniphobic’ smartphone display coating repels it all, from water to peanut butter appeared first on Digital Trends.
Researchers at the University of Maryland have found a way to make wood more than 10 times stronger than titanium alloys. The results could make it an alternative to steel, but much lighter.The post Scientists have figured out how to make wood even stronger than steel appeared first on Digital Trends.
Researchers have developed a new self-healing fungi-based concrete, which could one day be used for permanently repairing cracks in aging concrete, saving crumbling infrastructure.The post Crumble-proof concrete? Fungi could help it heal itself of cracks appeared first on Digital Trends.
Move over, Kevlar! Researchers at MIT have developed new ultra-strong nano fibers, which possess impressive levels of toughness, even though they are just billionths of a meter thick.The post MIT’s new ultrafine, ultrastrong fibers could make future body armor tougher appeared first on Digital Trends.
Nano-engineered fracture-resistant cement could one day be used to create a building 10 times as high as the world’s current tallest building, without being destroyed under its own weight.The post A fracture-resistant cement could make mile-high skyscrapers possible appeared first on Digital Trends.
Researchers from the University of Maryland have developed a 3D printed thermally conductive textile that is capable of cooling a wearer's body temperature down as it's worn.The post This 3D-printed textile could enable your clothing to cool you down appeared first on Digital Trends.
New Jersey startup Modern Meadow created an artificial leather material that is virtually identical from a biological perspective to the real thing. Oh, and they can make in liquid form, too!The post Modern Meadow’s much-anticipated lab-grown leather is finally here appeared first on Digital Trends.
Researchers from Imperial College London have developed a smart window which transitions between being transparent and mirrored with the press of a button. Just add electricity and nanoparticles.The post Self-assembling nanoparticles turn this window into a mirror and back appeared first on Digital Trends.
Fed up of rubber bands snapping? Rubber band manufacturer Alliance Rubber Co. is working on next-gen rubber bands 200x stronger than steel -- thanks to the wonder material graphene.The post Oh, snap! Next-gen rubber bands use graphene to make them stronger than steel appeared first on Digital Trends.
A chance discovery by researchers at SLAC National Accelerator Laboratory and Stanford University has opened up the possibility of developing new materials with unique, specially tuned properties.The post Stanford’s surprise discovery may lead to new breakthrough metamaterials appeared first on Digital Trends.
Intrigued by the strength of the recluse's silk, researchers from Oxford University and William & Mary began to study the spider and discovered they use a unique ribbon geometry not found in any other arachnid. The post Deadly spider’s strange silk may help capture space debris, research says appeared first on Digital Trends.
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