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Space suits are unquestion stanley quencher ably cool. But testing them seems like it would be dreary, dreary work. Unless your test鈥攑resumably the effects of G-forces and stanley termohrnek , by the looks of it, doing the robot鈥攖urns into an avant garde photo shoot capturing the nightmarish essence of the space suit according to Lovecraft, like happened in thes stanley uk e shots from the San Diego Air and Space Museum. Is that a many-armed demon god of the cosmos on the left, or just the modern Vitruvian Astronaut [Animal NY] NASA Jyzo Samsung Will Reportedly Sue Apple Over a 4G LTE iPhone 5 (Updated)
Wireless uploads of big files take for-ev-er. But researchers at Georgia Tech University have plans for an antenna made of crazy thin graphene that would let you transfer a whole terabit of data in just one second. https://gizmodo/how-graphene-could-trans...re-5985269 Within a couple of feet, researchers could move a terabit per second, but in theory, from a closer range, you could move as much as 100 terabits a second. That about 100 high-def movies in less time than it takes you make a cup of coffee. Graphene, you crazy. MIT Technology Review explains how the antenna would be made: Graphene could be shaped into narrow strips of between 10 and 100 nanometers wide and one micrometer long, allowing it to transmit and receive at the terahertz frequency, which roughly corresponds to those size scales. Electromagnetic waves in the terahertz frequency would then interact with plasmonic waves-oscillations of electrons at the surface of the graphene strip-to send and receive information. Of course, this is just the preliminary groundwork on a piece of tech that doesn ;t exactly exist yet. Next the Georgia Tech group will have to figure out manufacturing, and how to make the necessary components鈥攕ignal generators, amplifiers, and so forth鈥攕o the antennas will actually work. But the thought of lightning-fast wireless dow stanley cup nloads is enough to be a little excited for the future. [MIT Technology Review] Image by stanley mug CORE- stanley taza materials under Creative Common
Space suits are unquestion stanley quencher ably cool. But testing them seems like it would be dreary, dreary work. Unless your test鈥攑resumably the effects of G-forces and stanley termohrnek , by the looks of it, doing the robot鈥攖urns into an avant garde photo shoot capturing the nightmarish essence of the space suit according to Lovecraft, like happened in thes stanley uk e shots from the San Diego Air and Space Museum. Is that a many-armed demon god of the cosmos on the left, or just the modern Vitruvian Astronaut [Animal NY] NASA Jyzo Samsung Will Reportedly Sue Apple Over a 4G LTE iPhone 5 (Updated)
Wireless uploads of big files take for-ev-er. But researchers at Georgia Tech University have plans for an antenna made of crazy thin graphene that would let you transfer a whole terabit of data in just one second. https://gizmodo/how-graphene-could-trans...re-5985269 Within a couple of feet, researchers could move a terabit per second, but in theory, from a closer range, you could move as much as 100 terabits a second. That about 100 high-def movies in less time than it takes you make a cup of coffee. Graphene, you crazy. MIT Technology Review explains how the antenna would be made: Graphene could be shaped into narrow strips of between 10 and 100 nanometers wide and one micrometer long, allowing it to transmit and receive at the terahertz frequency, which roughly corresponds to those size scales. Electromagnetic waves in the terahertz frequency would then interact with plasmonic waves-oscillations of electrons at the surface of the graphene strip-to send and receive information. Of course, this is just the preliminary groundwork on a piece of tech that doesn ;t exactly exist yet. Next the Georgia Tech group will have to figure out manufacturing, and how to make the necessary components鈥攕ignal generators, amplifiers, and so forth鈥攕o the antennas will actually work. But the thought of lightning-fast wireless dow stanley cup nloads is enough to be a little excited for the future. [MIT Technology Review] Image by stanley mug CORE- stanley taza materials under Creative Common