Atomic-Level Mechanisms of Phase-Change Memory Materials Revealed

Scientists from the University of Cambridge in the UK have uncovered the atomic-level interactions that occur when a class of “phase-change” memory materials stores information. Their work, reported in the March 23 online edition of Nature Materials, may open up new avenues for research into these fascinating materials, possibly leading to a new generation of “super” memory materials for electronic devices.

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<p><a href="http://www.physorg.com/news127472492.html">Atomic-Level Mechanisms of Phase-Change Memory Materials Revealed</a></p> <p>Scientists from the University of Cambridge in the UK have uncovered the atomic-level interactions that occur when a class of “phase-change” memory materials stores information. Their work, reported in the March 23 online edition of <i>Nature Materials</i>, may open up new avenues for research into these fascinating materials, possibly leading to a new generation of “super” memory materials for electronic devices.</p>