Lecturer:	Prof. Massimiliano Grazzini
Assistants:	Dr. Luca Rottoli Jürg Haag Felix Wilsch

Lecture

• Wednesday 13:00 - 14:45 Y16-G-05 (maximum 28 persons allowed)
• Thursday.    10:15 - 12:00 Y03-G-91 (maximum 25 persons allowed)

The first lecture will be on Wednesday, September 16.

Tutorials

• Tuesday 15:00 - 17:00 Y36-K-08 (maximum 27 persons allowed)

The first tutorial will be on September 22.

Zoom broadcasting

Given the current situation, in order to allow those who cannot attend in person to follow, both lectures and tutorials will be broadcast on Zoom. The Zoom links and password will be sent by email to the registered students before the start of the course.

Starting from October 29 both Lectures and Tutorials will be entirely on Zoom

OLAT

Lecture videos, tutorials and solutions of the exercise sheets will be made available on the OLAT page of the course.

• In order to be admitted to the exam 60% of the exercises assigned during the course must be delivered and carried out correctly.
• The exam is oral, 30 minutes, and it will be on 8,9 and 10 February, 2021.
• Il the situation will permit it will be done in presence, at Irchel, in room Y36K08.

The submission of the exercise sheets should be done through OLAT. The deadline for submission is Monday at midnight.

Exercise Sheet 1 (PDF, 116 KB)

Exercise Sheet 2 (PDF, 174 KB)

Exercise Sheet 3 (PDF, 187 KB)

Exercise Sheet 4 (PDF, 124 KB)

Exercise Sheet 5 (PDF, 220 KB)

Exercise Sheet 6 (PDF, 285 KB)

Exercise Sheet 7 (PDF, 178 KB)

Exercise Sheet 8 (PDF, 196 KB)

Exercise Sheet 9 (PDF, 205 KB)

Exercise Sheet 10 (PDF, 240 KB)

Exercise Sheet 11 (PDF, 198 KB)

Exercise Sheet 12 (PDF, 210 KB)

Exercise Sheet 13 (PDF, 186 KB)

Lecture	Slides
Ouverture	Ouverture (PDF, 4861 KB)
Lecture 1	Introduction (PDF, 3658 KB)
Lecture 2	Wave Mechanics (PDF, 7148 KB)
Lecture 3	Formalism and Postulates of QM (PDF, 8065 KB)
Lecture 4	Quantum Mechanics in One Dimension (PDF, 5793 KB)
Lecture 5	The Harmonic Oscillator (PDF, 4963 KB)
Lecture 6	Angular Momentum (PDF, 4845 KB)
Lecture 7	Central potentials (PDF, 4339 KB)
Lecture 8	Approximation methods (PDF, 8855 KB)
Lecture 9	Motion in an Electromagnetic Field (PDF, 3522 KB)
Lecture 10	Spin and addition of angular momenta (PDF, 7643 KB)
Lecture 11	More on the Hydrogen atom (PDF, 4158 KB)
Lecture 12	Time Dependent Phenomena (PDF, 4394 KB)
Lecture 13	Quantum Mechanics and Classical Physics (PDF, 5764 KB)

• F. Schwabl: "Quantenmechanik", Springer (2007) online verfügbar (english version)
• L.Landau,E.Lifschitz: "Theoretische Physik", Bd.3, Akademie-Verlag (1991)
• R.Feynman, A.Hibbs: "Quantum Mechanics and Path Integrals", McGraw Hill (1965)
• J.J Sakurai: "Modern Quantum Mechanics" (1994), Addison Wesley
• Gordon Baym: "Lectures on Quantum Mechanics (1990) Westview Press