Titlebook: Spin Waves; Theory and Applicati Anil Prabhakar,Daniel D. Stancil Book 2009 Springer-Verlag US 2009 Anisotropic Dispersive Media.Electromag

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Quantum Theory of Spin Waves,, it is important to take into consideration the ways in which the angular momenta on different sites interact with one another. For simplicity, we will restrict our attention to the case when the angular momentum on each site is entirely due to spin.

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Electromagnetic Waves in Anisotropic-Dispersive Media,errimagnetic insulator. In this chapter, we will examine the properties of electromagnetic waves traveling in media characterized by frequency-dependent electric and magnetic susceptibilities. We then combine this formalism with the Polder susceptibility tensor to obtain the properties of electromag

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Propagation Characteristics and Excitation of Dipolar Spin Waves,operties of dipolar spin waves in thin films and describe how to excite them. We first establish approximate expressions for the Poynting vector and energy velocity valid in the magnetostatic approximation. Next, we apply the phenomenological description of magnetic damping introduced in Chapter 3 t

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Nonlinear Interactions,as an energy density functional from which it is possible to derive the equations of motion. In the case of wave propagation, the physics of nonlinear wave interactions becomes mathematically tractable when we use the Hamiltonian formalism with the understanding that the classical spin waves can be

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Novel Applications,ics, we could witness the emergence of a new technology. In parallel, as existing technologies mature, there is a rebirth of established ideas with the possibility of new applications. This chapter attempts to describe a few areas of current research in spin-waves, where the fate of novel physics an

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