AIPLAB — Adaptive & Integrated Photonics Lab

Education - PHOT 301 Quantum Photonics

PHOT 301 Quantum Photonics

Course given during the fall semester since 2024-2025 over 14 weeks (2 hours theory + 2 hours practice), please see also the syllabus. Some extra course materials will be added during the semester.

Study materials and guidance

  • Course syllabus (pdf)
  • David Miller's webpage containing links to his course materials. His textbook on Quantum Mechanics is a great alternative to the textbook of Griffiths that we are following in this course.
  • QuVis: Web site with quantum mechanics visualizations and simulations for educational purposes.
  • QuTiP: A computational library for quantum mechanics/optics simulations in Python.
  • Applet(s) by Paul Falstad with simulations for 1D quantum mechanical systems.

Lecture materials

Lecture Topics Slides Griffith's
1 Introduction to the course (pdf) Ch. 1
1 Schrödinger's equation (pdf) (html) Ch. 1
2 Time-independent Schrödinger equation (pdf) (html) Ch. 2
3 Infinite well, Harmonic oscillator (pdf) (html) Ch. 2
5 Bound states, free particles and scattering: part I (pdf) (html) Ch. 2
8, 10 Dirac formalism: part I (pdf) (html) Ch. 3
11 Dirac formalism: part II (pdf) (html) Ch. 3
12 Dirac formalism: part III (pdf) (html) Ch. 3
12B Approximation methods: Transfer Matrix Method (pdf) (html) Ch. 3
13, 15 Approximation methods: Finite basis, FDM, perturbation (pdf) (html) Ch. 3
17 Approximation methods: Time-dependent perturbation (pdf) (html) Ch. 7
19 Angular momentum and the Hydrogen atom (html) Ch. 4
21 Electron spin [to be uploaded] Ch. 4
23, 24 Pauli equation (html) Ch. 4
27 Identical particles [to be uploaded] Ch. 5
25 Molecules & Tight-binding (pdf) (html) Ch. 6
26 Periodic systems, Bloch functions, and the K.P theorem [to be uploaded] Ch. 6

Additional course materials

Year Content File(s) Example(s)
2024-2025 Exercises on matrices (pdf)
2024-2025, Fall First project (topics description) (pdf)
2024-2025, Fall Second project (topics description) (pdf)
2024-2025, Fall Third project (topics description) (pdf)

Exam questions & solutions

These are questions and solutions of example exams and/or previous midterm and final exams (and retake opportunities)
Year Exam name Questions Solutions
2024-2025, Fall Example midterm exam (pdf) (pdf)
2024-2025, Fall Midterm exam (pdf) (pdf)
2024-2025, Fall Midterm exam (retake) (pdf) [to be uploaded]
2024-2025, Summer Quiz 1 (pdf) (pdf)
2024-2025, Summer Quiz 2 (pdf) (pdf)
2024-2025, Summer Quiz 3 (pdf) (pdf)
2024-2025, Summer Quiz 4 (pdf) (pdf)
2025-2026, Fall Quiz 1 (pdf) (pdf)
2025-2026, Fall Quiz 2 (pdf) (pdf)
2025-2026, Fall Quiz 3 (pdf) (pdf)
2025-2026, Fall Quiz 4 (pdf) (pdf)
2024-2025, Fall Example final exam (pdf) (pdf)
2024-2025, Summer Example final exam (pdf) (pdf)
2024-2025, Summer Final exam (pdf) (pdf)
2024-2025, Fall Final exam A (pdf) (pdf)
2024-2025, Fall Final exam B (pdf) [To be uploaded]
2024-2025, Fall Final exam C (pdf) [To be uploaded]
2025-2026, Fall Final exam (pdf) (pdf)

Further background materials

These are some further materials which could be of interest for those who want to look into more advanced topics or applications/computations/simulations.