Solid state physics
Physics and astrophysics first cycle
Objectives and competences
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understanding and usage of basic concepts of solid state physics;
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usage of computational techniques for solving of elementary problems in the solid state physics.
Prerequisites
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Content
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Crystal Structure and Symmetry
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x-ray diffraction, Reciprocal Lattice
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Crystal Binding
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Phonons - lattice dynamics
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Phonons - thermal properties
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Sommerfeld theory of metals
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Electron levels in a periodic potential
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Electron levels in a weak periodic potential
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Magnetic properties of matter
Intended learning outcomes
Students will learn:
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fundamental concepts structural and electronic properties of crystalline solids;
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fundamental concepts, needed to describe dynamics of crystal lattices and thermal properties of phonons.
Readings
Assessment
- written tests
- internet quick quizes
- homeworks
- oral exam
Lecturer's references
Doc. dr. Nadiia Pastukhova je docentka za področje fizike na Univerzi v Novi Gorici.
Dr. Nadiia Pastukhova is a Assistant professor of physics at the University of Nova Gorica.