Home > News > Magnetic nanobridge brings two worlds together
September 29th, 2006
Magnetic nanobridge brings two worlds together
Abstract:
A gadolinium layer of no more than one nanometer in thickness is capable of combining the magnetic world with electronics. In this way, it will be possible to put a magnetic memory element directly to a silicon transistor: the basic building block of information technology. Memory that is directly coupled to processing power, is an attractive and energy efficient option. In the October issue of Nature Materials, PhD-student Byoung-Chul Min, together with colleagues of the MESA+ Institute for Nanotechnology and led by dr. Ron Jansen, publish this novel way of bridging two disciplines.
Source:
Universiteit of Twente
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