Femtosecond laser excitation drives ferromagnetic gadolinium out of magnetic equilibrium.

Carley, Robert

Femtosecond laser excitation drives ferromagnetic gadolinium out of magnetic equilibrium. [electronic resource] - Physical review letters Aug 2012 - 057401 p. digital

Publication Type: Journal Article

ISSN: 1079-7114

Standard No.: 10.1103/PhysRevLett.109.057401 doi

Femtosecond laser excitation drives ferromagnetic gadolinium out of magnetic equilibrium.

APA

Carley R., Döbrich K., Frietsch B., Gahl C., Teichmann M., Schwarzkopf O., Wernet P. & Weinelt M. (20121221). Femtosecond laser excitation drives ferromagnetic gadolinium out of magnetic equilibrium. : Physical review letters.

Chicago

Carley Robert, Döbrich Kristian, Frietsch Björn, Gahl Cornelius, Teichmann Martin, Schwarzkopf Olaf, Wernet Philippe and Weinelt Martin. 20121221. Femtosecond laser excitation drives ferromagnetic gadolinium out of magnetic equilibrium. : Physical review letters.

Harvard

Carley R., Döbrich K., Frietsch B., Gahl C., Teichmann M., Schwarzkopf O., Wernet P. and Weinelt M. (20121221). Femtosecond laser excitation drives ferromagnetic gadolinium out of magnetic equilibrium. : Physical review letters.

MLA

Carley Robert, Döbrich Kristian, Frietsch Björn, Gahl Cornelius, Teichmann Martin, Schwarzkopf Olaf, Wernet Philippe and Weinelt Martin. Femtosecond laser excitation drives ferromagnetic gadolinium out of magnetic equilibrium. : Physical review letters. 20121221.

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