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Chalk one up for atomic force microscopy. As detailed in a paper published recently in the journal Science, researchers in China have used the imaging technique (as opposed to scanning tunnelling microscopy) to capture an image of a hydrogen bond for the very first time. As io9 explains, hydrogen

1 year ago 0 Comments
September 30, 2013 at 7:37PM
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If you've been waiting to catch a whiff of some Cedar Trail freshness, looks like you're just gonna hold your breath a little bit longer. DigiTimes is reporting that the next-gen Atom chip has been pushed back from its anticipated September launch to November. Apparently Chipzilla is having issues w

3 years ago 0 Comments
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Although the idea of teleporting individuals from one place to another in order to sidestep the headache of rush hour traffic has been around for quite some time, a team of Australian physicists are busy making it work (on a smaller scale, of course). Granted, they don't fully expect their teleporta

7 years ago 0 Comments
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We've seen what (little) a quantum computer can do, but a pair of curious scientists flipped the equation around and sent a humdrum PC to do a supercomputer's work. Professor Peter Drummond and Dr. Piotr Deuar were able to \"successfully simulate a collision of two laser beams from an atom laser usi

7 years ago 0 Comments
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Hot on the heels of Purdue's Mini 10 chemical analyzer comes a (somewhat) similar creature from the other side of the globe, as Osaka University's Yoshiaki Sugimoto and colleagues have \"found a way to use the atomic force microscope to produce images that reveal the chemical identity of individual a

7 years ago 0 Comments