Tagged With electrons


We all take for granted the fact that glass is transparent. But stop and think about it for a second: how can something so bulky and solid be so easy to see through?


Electrons are tiny little particles that whizz around atoms, right? Well, kinda, but they're actually far better understood as waves. Wait, what? If that makes you stop and scratch your head don't worry! Just watch this video, and you'll know everything you need to about the exciting world of electrons.


Until now, electrons have been regarded as elementary particles — which means that scientists thought they had no component parts or substructure. But, for the first time, electrons have been observed decaying into two separate parts — causing physicists to rethink what they know about the particles.


It's amazing what an electron can do. Researchers, lead by a team from the University of Pittsburg, have built the world's first operational single-electron transistor, the SketchSET, which could become an essential component of all sorts of futuristic technologies; from super-dense, high-capacity solid-state drives to quantum processors.


newVideoPlayer( {"type":"video","player":"http://www.youtube.com/v/kAAXpKdQ-mk&hl=en&fs=1&hd=1","customParams": ,"width":500,"height":332.5,"ratio":0.615,"flashData":"","embedName":null,"objectId":null,"noEmbed":false,"source":"youtube","wrap":true,"agegate":false} ); Microwaves don't just use magic to heat up food, they use real microwaves too. Here's what those invisible microwaves look like.


Just the other day we were banging on about graphene, the new "wonder material" based on graphite, and now a British team has used it to craft the world's smallest transistor. It's just one atom deep and ten wide, and we don't need to tell you that that's teeny. In fact, it's more than three times smaller than the 32nm transistors at the cutting edge of silicon-based microelectronics: so it looks like Gordon Moore's law of transistor shrinkage has a bit of life in it yet.