• Perfect nanotubes shine brightest

    Updated: 2012-01-31 16:24:24
    A painstaking study by Rice University has brought a wealth of new information about single-walled carbon nanotubes through analysis of their fluorescence.

  • Recent progress in silicon spintronics presentation

    Updated: 2012-01-27 14:09:08
    Home Introduction Recent progress in silicon spintronics presentation Tweet Technical Video Ron Jansen from the Spintronics Research Center at the National Institute for Advanced Industrial Science and Technology AIST gives an interesting lecture about recent progress in silicon : spintronics Jan 27, 2012 Login register to post comments Tweet Similar entries KEIO Spintronics Research Center introduction video Tohoku University's spin current research video Electrical conductivity in magnetoresistive devices Hokkaido University creating spintronic devices with half-metals Tokyo researchers study how the behavior of single electrons can be controlled and measured About Contact us Subscribe to our blog Via RSS Via E-mail Via Kindle Spintronics resources Research centers Companies History

  • Chemistry in its element – carbon monoxide

    Updated: 2012-01-25 17:04:39
    In this week’s Chemistry in its element podcast, Duncan McMillan breathes life into carbon monoxide: a silent killer whose calling card is the ironically healthy hue of its victims. But, as Duncan explains, these days canary-based CO detectors are a thing of the past and we’re even learning that CO can be helpful [...]

  • Buckyballs for Spintronics research granted €1.5 million from the ERC

    Updated: 2012-01-22 08:44:27
    Home Introduction Buckyballs for Spintronics research granted 1.5 million from the ERC Tweet Financial Spintronics-Info Researcher Michel de Jong of the NanoElectronics group MESA+ in the University of Twente Netherlands received a 1.5 million grant from the European Research Council to fund his Spintronics work this is his second ERC grant Michel de Jong is focusing on organic materials , in particular in Buckyballs spherical C60 molecules held together by weak bonds sandwiched between two magnetic . materials Michel explains that these molecules have very little effect on electron spin , which is a great advantage as it enables them to store spin information for much longer periods of time than silicon . Buckyballs have also been used to create Graphene Quantum Dot . s via UOT Jan 22,

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Dec 2011