Titlebook: Ultrafast Magnetism I; Proceedings of the I Jean-Yves Bigot,Wolfgang Hübner,Roy Chantrell Conference proceedings 2015 Springer Internationa

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Laser-Induced Spin Dynamics in Ferromagnetic (In,Mn)As at Magnetic Fields up to 7 Tn precession in this compound at the frequency of the ferromagnetic resonance. Laser excitation of this resonance appears to be very ineffective if the applied magnetic field is below 1.5 T. Our analysis shows that the damping of the laser-induced spin precession is a function of magnetic field and

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Evolving Magnetization Dynamics in Mn3-xGanics devices. For instance, for spin-transfer-torque (STT) memory devices low α and high Ku are desired. Such a combination of material properties includes a built in contradiction since both Ku and α are dependent on the spin-orbit interaction (SO); a high Ku material is expected to have a high α.

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Influence of the Magnetization Compensation Point on the All-Optical Magnetization Switchingichroism, new insights into the all-optical magnetization switching mechanism in GdFe based rare-earth transition metal ferrimagnetic alloys is provided, with emphasis on the role played by the magnetization compensation temperature T. of the alloy.

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Element-Specific Probing of Ultrafast Magnetization Dynamics in the Visible Spectral Rangen reversal driven by the exchange interaction between the sublattices. To explore these intriguing phenomena requires element specific studies.We demonstrate that element specific probing of ultrafast spin dynamics can also be realized with visible light and does not require sophisticated X-ray faci

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at the University of Maryland. The objective, all along, has been to present a coherent picture of the almost mysterious role that analytic methods and, in particular, multidimensional residues, have recently played in obtaining effective estimates for problems in commutative algebra [71;5]* Our ori