The exchange-split sp states of Ni(111) are investigated for different magnetization conditions by means of angle-resolved photoelectron spectroscopy with polarized synchrotron radiation. Significant shifts of intensity maxima in both energy and wave vector are found upon reversal of the magnetization. The shifts, not present in demagnetized samples, are unequivocally related to the direction of the magnetization vector and, hence, attributed to the spin-orbit interaction. Symmetry considerations corroborate that the experimental findings are related to magnetization-induced explicit symmetry breaking at fcc(111) surfaces.
Magnetization induced symmetry breaking in ferromagnetic Ni(111)’ / M., Mulazzi; J., Henk; M., Hochstrasser; J., Fujii; I., Vobornik; Rossi, Giorgio. - In: EUROPHYSICS LETTERS. - ISSN 0295-5075. - STAMPA. - 82:(2008), pp. 57001-57005.
Magnetization induced symmetry breaking in ferromagnetic Ni(111)’
ROSSI, Giorgio
2008
Abstract
The exchange-split sp states of Ni(111) are investigated for different magnetization conditions by means of angle-resolved photoelectron spectroscopy with polarized synchrotron radiation. Significant shifts of intensity maxima in both energy and wave vector are found upon reversal of the magnetization. The shifts, not present in demagnetized samples, are unequivocally related to the direction of the magnetization vector and, hence, attributed to the spin-orbit interaction. Symmetry considerations corroborate that the experimental findings are related to magnetization-induced explicit symmetry breaking at fcc(111) surfaces.
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