Canted ferromagnetism inRuSr2GdCu2O8

MAGNETISM OF RANDOMLY CANTED Li-Ti FERRITE

FC-ZFC magnetisation, hysteresis, thermoremanence and neutron diffraction measurements were performed on Li1.125Feo.625Ti1.2504. The results are interpreted from domain and wall properties resulting of local canted state where the spin transverse component relaxes between preferential directions.

Spin Hall magnetoresistance in a canted ferrimagnet

Kathrin Ganzhorn,1,2 Joseph Barker,3 Richard Schlitz,1,2 Benjamin A. Piot,4 Katharina Ollefs,5,6 Francois Guillou,5 Fabrice Wilhelm,5 Andrei Rogalev,5 Matthias Opel,1 Matthias Althammer,1,2 Stephan Geprägs,1 Hans Huebl,1,2,7 Rudolf Gross,1,2,7 Gerrit E. W. Bauer,3,8,9 and Sebastian T. B. Goennenwein1,2,7,* 1Walther-Meißner-Institut, Bayerische Akademie der Wissenschaften, 85748 Garching, German...

Electromagnon excitations in canted-spin multiferroics

Collective Excitations in a 2d Electron System: Canted - Field Geometry

We investigate the charge and spin collective modes induced in a 2D electron gas by a weak electromagnetic perturbation in the presence of a dc magnetic field which makes an angle 0 with the electron layer. The excitation frequencies are determined within , the framework of the Landau-Silin theory of Fermi liquids by solving a semi-classical equation for transport in the selfconsistent electrom...

Low-frequency spin dynamics in a canted antiferromagnet.

Resistively detected nuclear spin relaxation measurements in closely separated two-dimensional electron systems reveal strong low-frequency electron-spin fluctuations in the quantum Hall regime. As the temperature is decreased, the spin fluctuations, manifested by a sharp enhancement of the nuclear spin-lattice relaxation rate 1/T1, continue to grow down to the lowest temperature of 66 millikel...