Titlebook: Handbook of Magnetism and Magnetic Materials; Michael Coey,Stuart Parkin Living reference work 20200th edition Magnetic Data Recording.Ma

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Electronic Structure: Metals and Insulators,collinear magnetism, structural and spin disorder, as well as relativistic and many-body effects. An introduction to the Stoner theory for itinerant or band magnetism is followed by a number of examples with an emphasis on transition metal-based systems. The direct connection of the total electronic

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Quantum Magnetism,has been understood how large-scale quantum effects can also show up in “spin space.” The collective tunneling of many spins was observed in magnetic nanomolecules and in insulating dipolar-coupled spin arrays, and the tunneling of ferromagnetic domain walls has also been cleanly identified. To see

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Spin Waves, magnetization distribution of a magnetic object. The unique features of spin waves such as the possibility to carry spin information over relatively long distances, the possibility to achieve submicrometer wavelength at microwave frequencies, and controllability by electronic signal via magnetic fi

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Micromagnetism, continuum theory of micromagnetism. It treats magnetization processes on a significant length scale which is small enough to resolve magnetic domain walls and large enough to replace atomic spins by a continuous function of position. The continuous expression for the micromagnetic energy terms is e

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Magnetotransport,e electrical resistivity and a discussion of magnetoresistance in normal metals, semiconductors, and semimetals. This is followed by a description of magnetoresistance processes in ferromagnets: from anisotropic magnetoresistance and critical scattering in bulk ferromagnets to giant magnetoresistanc

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Optical Studies of Magnetically Ordered Metallic Thin Films,optics was limited to providing sensitive and versatile magneto-optical probes of the magnetic behavior. In the 1990s, it became clear that ultrashort laser pulses can also be successfully used in a reverse approach to manipulate magnetic order at down to femtosecond time scales, an approach we refe

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Magnetoelectrics and Multiferroics,g many novel multifunctional devices such as sensors, transducers, and memories. This chapter presents a brief introduction to the terminology and classification of magnetoelectrics and multiferroics as well as the mechanisms underlying different types of magnetoelectric couplings. Both single-phase

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Magnetocaloric Materials and Applications,sed in a range of cooling, power generation, or spintronic devices. The focus is on the materials that have generated the most interest for research and applications, beginning with cooling at millikelvin and microkelvin temperatures via the magnetocaloric effect. Then, the range of materials, often