Tiny Bubbles in Nanofilms

A group of theoretical physicists at the University of Arkansas has demonstrated that under applied voltages, thin films composed of technologically important ferroelectric materials form "nanobubbles," which have the potential to become a way to store lots of information in a tiny space. This could impact technologies from computers and portable electronics such as cell phones and MP3 players, to radio frequency identification devices.

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<p><a href="http://www.physorg.com/news11886.html">Tiny Bubbles in Nanofilms</a></p> <p>A group of theoretical physicists at the University of Arkansas has demonstrated that under applied voltages, thin films composed of technologically important ferroelectric materials form "nanobubbles," which have the potential to become a way to store lots of information in a tiny space. This could impact technologies from computers and portable electronics such as cell phones and MP3 players, to radio frequency identification devices.</p>