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This book is devoted to the study of a few typical nanostructures and arrays of nanostructures that are expected to find many applications, such as metamaterials. Beginning with a brief discussion on a general historical perspective of this new emergent field, new methods to deal with it, such as the available numerical methods, the principle of biomimetic applications, and the powerful field of artificial intelligence, the book covers a variety of topics, including semiconductors, magnetic materials of different components, of different structures, and of different arrangements, and new chemical compounds based on which the results of different numerical simulations and experimental observations are compared. Several significant results have also been presented. For instance, the computation of the magneto-elastic behavior of a core-shell nanostructure involving spin crossover transitions paves the way to numerous extensions in three dimensions and of course to applications.
Jean-Claude Serge Levy is professor emeritus at Université Paris Cité, France. He has been involved in spin dynamics, magnetic structures, solid and cluster structures, with an interest in other fields such as neuromorphic systems and psychophysiology. He authored more than 200 articles and edited more than 10 books.
1. Introduction to 2D and 3D Nanostructures: Structures, Properties, and Applications 2. Ohm's Law of Electrical Conduction at the Nanoscale 3. Physics of 2D Magnets and Magnetic Thin Films: Surface Structure and Phase Transitions, Criticality and Skyrmions 4. Emulating Spin Ice Physics Using Two-Dimensional Arrays of Magnetic Nanostructures 5. Magnetization Dynamics of Barium Hexaferrite Hollow Spherical Nanoparticles 6. Gyroid Ferromagnetic Nanostructures in 3D Magnonics 7. Theoretical Advances in Understanding the Physics of Core-Shell Spin Transition Nanoparticles 8. Helicenes as Springs: A DFT Estimate of Their Deformation Constants
