Libro adottato a Trento, Politecnico di Milano, a.a. 2026/2027 · 7 canali
«Kaxiras – Quantum theory of materials» è adottato per Solid State Physics a dal prof. Andrea Li Bassi (Electronics Engineering, Nuclear Engineering – Politecnico di Milano); per Solid State Physics dal prof. Andrea Li Bassi (Materials Engineering and Nanotechnology, Nuclear Engineering, Telecommunication Engineering – Politecnico di Milano); per Solid State Physics B dal prof. Andrea Li Bassi (Nuclear Engineering – Politecnico di Milano); per Solid State Physics II dal prof. Roberto Sennen Brusa (Physics – sede di Trento – Trento).
Come lo indica il docente: E. Kaxiras, J.D. Joannopoulos, Quantum Theory of Materials, Cambridge University Press, Anno edizione: 2019 · Kaxiras, E., & Joannopoulos, J. D. (2019). Quantum theory of materials . Cambridge university press
Politecnico di Milano · Solid State Physics – Prof. Andrea Li Bassi (canale unico)Materials Engineering and Nanotechnology · Laurea triennale · 1º anno · 2º semestre · 10 CFU
Politecnico di Milano · Solid State Physics – Prof. Andrea Li Bassi (canale unico)Nuclear Engineering · Laurea triennale · 1º anno · 2º semestre · 10 CFU / esame facoltativo · 10 CFU
Argomenti del programma: Solid State Physics (10 ECTS) The topics of this course are both those of part A and part B as listed in the following. Solid State Physics A (5 ECTS) - Introduction: phenomenological properties and definition of solid materials - Solid bodies: order and symmetry; simple crystals: lattices and translational order; reciprocal lattice; complex crystals: lattice and basis; crystal binding; tensorial observables -…
Argomenti del programma: Solid State Physics (10 ECTS) The topics of this course are both those of part A and part B as listed in the following. Solid State Physics A (5 ECTS) - Introduction: phenomenological properties and definition of solid materials - Solid bodies: order and symmetry; simple crystals: lattices and translational order; reciprocal lattice; complex crystals: lattice and basis; crystal binding; tensorial observables -…
Argomenti del programma: Solid State Physics (10 ECTS) The topics of this course are both those of part A and part B as listed in the following. Solid State Physics A (5 ECTS) - Introduction: phenomenological properties and definition of solid materials - Solid bodies: order and symmetry; simple crystals: lattices and translational order; reciprocal lattice; complex crystals: lattice and basis; crystal binding; tensorial observables -…
Argomenti del programma: Solid State Physics (10 ECTS) The topics of this course are both those of part A and part B as listed in the following. Solid State Physics A (5 ECTS) - Introduction: phenomenological properties and definition of solid materials - Solid bodies: order and symmetry; simple crystals: lattices and translational order; reciprocal lattice; complex crystals: lattice and basis; crystal binding; tensorial observables -…
Argomenti del programma: Solid State Physics (10 ECTS) The topics of this course are both those of part A and part B as listed in the following. Solid State Physics A (5 ECTS) - Introduction: phenomenological properties and definition of solid materials - Solid bodies: order and symmetry; simple crystals: lattices and translational order; reciprocal lattice; complex crystals: lattice and basis; crystal binding; tensorial observables -…
Argomenti del programma: La lista dettagliata degli argomenti presentati durante le lezioni e i capitoli dei libri suggeriti dove trovare gli argomenti trattati vengono riportati sul sito del corso. Argomenti principali del corso: Electronic structure – Non-interacting electrons-Nearly free and tightly bound electrons- Electron-electron interactions- Single Particle picture and realistic bands calculations- Screening- Pseudopotentials.
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