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Explore the fundamental science and technological applications of nanotechnology through this comprehensive course that examines phenomena occurring at the nanoscale. Begin with foundational concepts in nanoscience and nanotechnology, including historical perspectives and analysis of Feynman's pioneering talks on the subject. Investigate how nanoscale dimensions impact thermodynamic properties, phase diagrams, and calorimetry principles, with specific focus on materials like zirconia (ZrO2). Examine the relationship between nanoscale structure and mechanical properties through the Hall-Petch relationship, superplasticity mechanisms, and severe plastic deformation techniques for creating bulk nanostructures. Study the effects of nanoscale dimensions on ferroelectric, optical, and magnetic properties through both theoretical frameworks and experimental approaches. Learn about nanocomposites, damping properties at the nanoscale, and explore carbon-based nanomaterials including carbon nanotubes and graphene as examples of 2D nanomaterials. Gain practical insights into experimental methodologies for investigating nanoscale phenomena and understand how these properties translate into technological applications across various fields.
