Frontiers in Magnetism of Reduced Dimension Systems

I.- Perpendicular Electron Transport through Magnetic Multilayers.- II.- Routes to Chaos in Ferromagnetic Resonance and the Return Trip: Controlling and Synchronizing Chaos.- III.- The Phenomenological Theory of Relaxation Processes in Magnets.- On a Theory of Phase Transitions.- IV.- Low Energy Spin-Wave Excitation in Highly Conductive Thin Films and Surfaces.- Anomalous Low-Field Magnetization in La2/3Ca1/3MnO3 near Critical Point.- V.- Effective Fields in Magnetic Thin Films: Application to the Co/Cu and Fe/Cr Systems.- Ferromagnetic Resonance in Films with Uniaxial Oblique Anisotropy.- Spin-Wave Spectrum in Randomly Modulated Superlattices.- VI.- Structural and Magnetic Investigations of Ferromagnets by NMR. Application to Magnetic Metallic Multilayers.- The NMR Study of Fluctuations in Orientation of the Electron Magnetization.- VII.- Macroscopic Quantum Tunneling in Magnetic Nanostructures.- Kinetical Properties of Solitions in One-Dimensional Model Magnetic Systems.- Magnetic Excitations in Random Magnetic Chains in the Large-S Limit.- Contribution of Magnetic Domain Walls to Resonant Quasi-Particle Interactions in One-Dimensional Antiferromagnets.- VIII.- Magnetic Materials for Information Storage Devices.- The Microscopic Origin of Coercivity in In-Plane Magnetised Ultrathin Epitaxial Fe/Ag(001) Films.- Magnetization Processes in Mesoscopic Systems: Nucleation, Magnetization and Hysteresis.- Interlayer Coupling across an Alloy Spacer: Co/Cu75Au25 Multilayers.- Magnetostatic Contribution to Perpendicular Magnetic Anisotropy Constant of Inhomogeneous Films.- IX.- Optical and Magnetooptical Properties of Multilayer and Granular Films.- Optical and Magneto-Optical Spectroscopy of Co/Cu Multilayers.- X.- The Magnetic Resonance Force Microscope: A New Microscopic Probe of Magnetic Materials.- Anomalous Magnetic Susceptibility of Multilayer Epitaxial Garnet Ferrite Films.- XI.- The Giant Magnetoresistance Effect: Experimental Aspects and an Analytical Approach to