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Not long ago, solar cells were all huge, heavy, stiff devices. Recently that been changing鈥攁nd the latest development is a new breed of cells which are thinner than spider silk and can even be wrapped around objects as small as a human hair. According to research published in Nature Communications, a team of scientists from Austria and Japan has created these new, thin-film soar cells that are just 1.9 micrometers thick. That over ten times thinner than any other solar cells ever made, and is thinner than a thread of spider silk. Made from electrodes layered onto plastic foil, the devices are also incredibly flexible, which stanley website means they can be wrapped up tight鈥攅ven around a human hair鈥攚ithout being damaged. Tsuyoshi Sekitani, stanley cup one of the researchers, explains to PhysOrg: Being ultra-thin means you don ;t feel its weight and it is elastic 8230; As this device is soft, it is less prone to damage by bending even if it gets bigger. The only downside is that they ;re not yet particularly eff stanley mugs icient鈥攂ut the researchers plan to have them on the market within five years. And then, I want a suit made out of the stuff. [Nature Communications via PhysOrg] EnergyScience Uoyq All the iPhone Apps on Sale Right Now
3d artist and motion designer JR Schmidt wins some serious points on detail for using maps, satellite data, and images like the one below to 8220 et the elevation and color of the blocks comprising his digitally rendered LEGO-fied New York City. Someone needs to bring this project to fruition. It would stanley thermoskannen easily be some of the most impressive pla stanley tumbler stic-brick construction we ;ve seen since LEGO Bat Cave. https://gizmodo/this-batcave-made-of-20-...uc-5950747 See more at Cargo C stanley kubek ollective. [Spotted on Explore] ArchitectureLegonew yorkNew York City
Not long ago, solar cells were all huge, heavy, stiff devices. Recently that been changing鈥攁nd the latest development is a new breed of cells which are thinner than spider silk and can even be wrapped around objects as small as a human hair. According to research published in Nature Communications, a team of scientists from Austria and Japan has created these new, thin-film soar cells that are just 1.9 micrometers thick. That over ten times thinner than any other solar cells ever made, and is thinner than a thread of spider silk. Made from electrodes layered onto plastic foil, the devices are also incredibly flexible, which stanley website means they can be wrapped up tight鈥攅ven around a human hair鈥攚ithout being damaged. Tsuyoshi Sekitani, stanley cup one of the researchers, explains to PhysOrg: Being ultra-thin means you don ;t feel its weight and it is elastic 8230; As this device is soft, it is less prone to damage by bending even if it gets bigger. The only downside is that they ;re not yet particularly eff stanley mugs icient鈥攂ut the researchers plan to have them on the market within five years. And then, I want a suit made out of the stuff. [Nature Communications via PhysOrg] EnergyScience Uoyq All the iPhone Apps on Sale Right Now
3d artist and motion designer JR Schmidt wins some serious points on detail for using maps, satellite data, and images like the one below to 8220 et the elevation and color of the blocks comprising his digitally rendered LEGO-fied New York City. Someone needs to bring this project to fruition. It would stanley thermoskannen easily be some of the most impressive pla stanley tumbler stic-brick construction we ;ve seen since LEGO Bat Cave. https://gizmodo/this-batcave-made-of-20-...uc-5950747 See more at Cargo C stanley kubek ollective. [Spotted on Explore] ArchitectureLegonew yorkNew York City
