SUMMARY
The discussion centers on recommended textbooks for computational solid-state physics, specifically focusing on the time-dependent semiconductor Bloch equations. Key suggestions include "Computational Solid State Physics: An Introduction" by Ronald Melrose and "Computer Simulation of Condensed Phases in Complex Geometries" by Denis Ullmo. Other notable titles are "Computational Methods for Electron-Phonon Interactions" by Dario Alfe and "Computational Quantum Mechanics for Materials Engineers" by Kai Nordlund. These resources provide a comprehensive foundation for graduate students in the field.
PREREQUISITES
- Understanding of solid-state physics principles
- Familiarity with computational methods in physics
- Knowledge of semiconductor physics
- Basic proficiency in numerical simulation techniques
NEXT STEPS
- Research "Computational Solid State Physics: An Introduction" by Ronald Melrose
- Explore "Computer Simulation of Condensed Phases in Complex Geometries" by Denis Ullmo
- Investigate "Computational Methods for Electron-Phonon Interactions" by Dario Alfe
- Study the "EMTO Method" as described in "Computational Quantum Mechanics for Materials Engineers" by Kai Nordlund
USEFUL FOR
Graduate students in physics, researchers in computational solid-state physics, and professionals interested in semiconductor modeling and simulation techniques.