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Strange magnetic material could make computing energy-efficient

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Strange magnetic material could make computing energy-efficient
Aug 09, 2023

A research collaboration co-led by EPFL has uncovered a surprising magnetic property of an exotic material that might lead to computers that need less than one-millionth of the energy required to switch a single bit.


The method for magnetic switching on Mn-doped GeTe. Credit: Hugo Dil (EPFL)


The world of materials science is constantly discovering or fabricating materials with exotic properties. Among them are the multiferroics, a unique class of materials that can be both magnetized and polarized at the same time, which means that they are sensitive to both magnetic and electric fields.


Having both these properties in a single material has made multiferroics very interesting for research and commercial purposes with potential applications from advanced electronics to next-generation memory storage. By understanding and harnessing the properties of multiferroics, researchers aim to develop more efficient, compact, and even energy-saving technologies.


Now, an international research collaboration has uncovered some fascinating properties for the multiferroic manganese-doped germanium telluride (Mn-doped GeTe); the "doped" part of the name simply means that a small amount of manganese (Mn) atoms has been introduced into the germanium telluride (GeTe) crystal structure to modify its properties. The work holds promise for the future of energy-efficient computing but also offers a deeper understanding of the collective behaviors in multiferroic materials.


The project was led by Professors Hugo Dil at EPFL, Gunther Springholz at Johannes Kepler University Linz, and Jan Minár at the University of West Bohemia. The findings are published in the journal Nature Communications.



Dr Cinthia Piamonteze and Dr Juraj Krempasky working on an experiment of the study at the Paul Scherrer Institut. Credit: Dominik Kriegner (FZU)


More information: Juraj Krempaský et al, Efficient magnetic switching in a correlated spin glass, Nature Communications (2023). DOI: 10.1038/s41467-023-41718-4


Journal information: Nature Communications 


Remake:Data Provided by Ecole Polytechnique Federale de Lausanne 

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