Gianluca Fazio - Academia.edu (original) (raw)
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Lahore University of Management Sciences
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Papers by Gianluca Fazio
The Journal of Physical Chemistry C, 2017
Understanding magnetism in defective graphene is paramount to improve and broaden its technologic... more Understanding magnetism in defective graphene is paramount to improve and broaden its technological applications. A single vacancy in graphene is expected to lead to a magnetic moment with both a σ (1 µ B) and a π (1 µ B) component. Theoretical calculations based on standard LDA or GGA functional on periodic systems report a partial quenching of the π magnetization (0.5 µ B) due to the crossing of two spin split bands at the Fermi level. In contrast, STS experiments (Zhang,
International Journal of Comparative Sociology, 2012
The Journal of Physical Chemistry C, 2017
Understanding magnetism in defective graphene is paramount to improve and broaden its technologic... more Understanding magnetism in defective graphene is paramount to improve and broaden its technological applications. A single vacancy in graphene is expected to lead to a magnetic moment with both a σ (1 µ B) and a π (1 µ B) component. Theoretical calculations based on standard LDA or GGA functional on periodic systems report a partial quenching of the π magnetization (0.5 µ B) due to the crossing of two spin split bands at the Fermi level. In contrast, STS experiments (Zhang,
International Journal of Comparative Sociology, 2012