Search results for ultrathin

the high-rigidity stainless steel prototype is described as the thinnest timepiece to date. The post konstantin chaykin’s ultra-thin mechanical wristwatch is only 1.65 mm thick appeared first on designboom | architecture & design magazine.
Scientists at the University of Chicago have developed a new pacemaker that’s thinner than a human hair, wireless and operated entirely by light from an optic fiber. The non-invasive device could help regulate heart activity or even stimulate neurons in a set pattern to treat symptoms of conditions like Parkinson’s.Continue ReadingCategory: Medical, ScienceTags: Heart, Heart attack, Heart Failure
Researchers have used a novel manufacturing technique to create a minimally invasive, customizable sensor that can wirelessly record deep brain activity down to a resolution of one or two neurons. The device has potential applications in a wide range of neurological conditions such as treatment-resistant epilepsy, Parkinson’s disease, and chronic pain.Continue ReadingCategory: Medical, ScienceTag
Solar panels can’t operate efficiently if they’re caked in dirt, but cleaning them regularly can become a time-consuming process. Engineers in Germany have now developed an ultra-thin coating that can make solar panels and other surfaces self-cleaning.Continue ReadingCategory: Materials, ScienceTags: Solar Power, Solar Cell, Glass, Coating, Coatings, Titanium dioxide, Water, Hydrophobic, Fraunhof
developed by a team of hong kong researchers, the wearable 'wetac' system provides tactile feedback to users in VR and AR. The post ultra-thin electronic ‘skin’ to provide vivid virtual tactile experience in the metaverse appeared first on designboom | architecture & design magazine.
interiors by studio sofield have just been unveiled of the supertall skycraper, with bespoke details and views across central park. The post glimpse inside new york’s ultra-thin skyscraper at 111 west 57th street appeared first on designboom | architecture & design magazine.
Scientists at Sandia National Laboratories and the Max Planck Institute have developed a way to produce a web of quantum entangled photons using a far more simple setup than usual. The key is a precisely patterned surface 100 times thinner than paper, which could replace a roomful of optical equipment.Continue ReadingCategory: Physics, ScienceTags: Surfaces, Quantum, Quantum Computing, Quantum Ph


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