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Titlebook: Spin Waves; Problems and Solutio Daniel D. Stancil,Anil Prabhakar Textbook 2021 The Editor(s) (if applicable) and The Author(s), under excl

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dered by the lack of an accepted animal model. Great emphasis has been placed upon designated criteria for an animal model of alcoholism, but such face validity is unimportant for finding better treatments. What really is needed is predictive validity—the ability to predict which drugs will reduce a
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Quantum Theory of Spin Waves,hanical mechanism called the exchange interaction. In the simplest treatment of this interaction, spins are coupled only to their nearest neighbors, giving rise to what is known as the Heisenberg Hamiltonian. The ground and excited states of molecular hydrogen are explored in Problem 2.1 as a way of
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Magnetostatic Modes,ation, the Polder susceptibility tensor, and the spin wave manifold are introduced, and explored in Problem 5.1. The use of demagnetizing fields to find the magnetostatic uniform precession modes of various geometries is the topic of Problems 5.2 and 5.3. The geometries and properties of forward, ba
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Optical-Spin Wave Interactions, modes of a thin-film waveguide consisting of a nonmagnetic isotropic dielectric. These modes are explored in Problems .–.. We next discuss the nature of the magneto-optic interaction and how it affects the constitutive tensors. In particular, Problems .–. consider the relationship between modeling
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