To have knowledge of the properties of crystalline solids in terms of their constituents - atoms (lattice) and electrons - of their state of motion and of the interactions between them. Understand and estimate the order of magnitude of the main properties of crystalline solids and related quantities.Įnhance the student's perception of physically different systems but show analogies, allowing the application of solutions already known to new phenomena.Įncourage and train students in the use of bibliographical sources for obtaining documentation of the subjects studied or data needed to solve problems.ĭevelop the skills of analysis and synthesis of the student, as well as oral and written communication. To promote the interest and the student's ability to catalog and model the phenomena underlying the properties of crystalline solids, and understand the main approaches (adiabatic, harmonic, independent particles, mean field, etc.) used in this discipline. Knowing the properties of crystalline solids in terms of their constituent-atoms (red) and electrons, their state of motion or interactions between them. Integration of concepts and insights on different physical properties already learned in previous courses and use them as an essential part of the development of physics of solids.
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