NUS researchers have developed a parameter-free approach to quantitatively predict the response of two-dimensional (2-D) valleytronics materials to an external magnetic field. These predictions are important because they provide insights into the many-body effects into a fascinating property of these materials that enables the magnetic field to increase the stability of one valley (bit "one") over the other (bit "zero").
NUS researchers have developed a parameter-free approach to quantitatively predict the response of two-dimensional (2-D) valleytronics materials to an external magnetic field. These predictions are important because they provide insights into the many-body effects into a fascinating property of these materials that enables the magnetic field to increase the stability of one valley (bit "one") over the other (bit "zero").
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