Molecular quantum dynamics

• Announcements (Forum)
• FINAL EXAM INFORMATION:Final exam date: Wednesday ... (Text and media area)
• Syllabus 2025 (File)
• Course information 2025 (File)
• Lecture notes (File)

---

• Lecture 1 - Part 1: Overview and examples of applications (URL)
• Lecture 1 - Part 2: Dirac notation and exact solution of TDSE (URL)
• Exercise 1 (File)

---

• Lecture 2 - Part 1: Basis set solution of TDSE with TD Hamiltonian (URL)
• Lecture 2 - Part 2: Time dependence in QM; the wavepacket (URL)
• Solutions 1 (File)
• Exercise 2 (File)

---

• Lecture 3: Gaussian wave packets (URL)
• Solutions 2 (File)
• Exercise 3 (File)

---

• Lecture 4: Coherent state and review of classical mechanics (URL)
• Exercise Session (URL)
• Solutions 3 (File)
• Exercise 4 (File)

---

• Lecture 5: Phase space, Ehrenfest theorem, Poisson bracket. (URL)
• Solutions 4 (File)
• Exercise 5 (File)

---

• Lecture 6: Connections between quantum and classical dynamics (URL)
• Solutions 5 (File)
• Phase portrait solution (with arrows) (File)
• Phase portrait Mathematica notebook (File)
• Phase portrait Mathematica notebook (File)
• Exercises 6 (File)

---

• Lecture 7: Sudden, adiabatic, and variational approximations (URL)
• Solutions 6 (File)

---

• Lecture 8: Time-dependent perturbation theory (URL)
• Exercise 7 (File)

---

• Solutions 7 (File)
• Exercise 8 (File)

---

• Easter holidays (no class) (Feedback)
• No exercise for this week. (Feedback)

---

• Solutions 8 (File)
• Lecture 9: Correlation functions and spectra (URL)
• Exercise 9 (File)

---

• Lecture 10: Numerical methods to solve the time-dependent Schroedinger equation (URL)
• Solutions 9 (File)
• Exercise 10 (File)

---

• Lecture 11: Feynman path integral and quantum thermodynamics (URL)
• Solutions 10 (File)
• Exercise 11 (File)

---

• Lecture 12: Quantum thermodynamics and semiclassical approximation (URL)
• Solution 11 (File)
• Exercise 12 (File)
• Solutions 12 (File)

---

• Exercise 13 (File)
• Solutions 13 (File)

---