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- First lecture 2017: Monday Aug 28, 8.15-10, in FB54. Welcome!
- Credits: 7.5 ECTS points.
- Course format: The course consists of 15 lectures (30 h) and 15 tutorials (30 h).
- Examination: Friday October 20, 8.00-13.00.
- Course book for 2017:
Quantum Mechanics: A Modern Development, L. E. Ballentine, World Scientific 2nd edition (2014).
- To master the notation and formalism of QM
- Ability to formulate and apply the basic rules of QM
- Ability to formulate and solve the QM problems treated in the course
- To develop ability to analyze complex problems
Quantum mechanics gives an accurate description of microscopic phenomena, that both overcomes the limited applicability of classical mechanics, and also clarifies when the classical approximation applies. Quantum mechanics gives a basic microscopic description of how nature works, and formulates fundamental rules for describing the outcome of experiments. Quantum effects are of basic importance for various technological applications. The course gives a deepened understanding of the formalism and computational tools of QM. Topics such as Dirac notation, quantum spin systems, path integrals, various approximation methods, field quantization, etc., are treated. The course also contains various important applications of QM. An integral part of the course is to learn about and practice on various problems that can be solved with QM, and we will also discuss some outstanding unsolved problems. The course bridges the gap from introductory quantum physics courses to graduate level courses and to modern applications of QM. The course should be valuable for advanced undergraduate and masters students and beginning PhD students in physics and related areas.
Introductory quantum mechanics and classical mechanics is assumed. For example Gasiorowicz chapter 1-14, Griffiths chapter 1-5, or equivalent.
Quantum Mechanics: A Modern Development,
L. E. Ballentine, World Scientific 2nd edition (2014).
Basic quantum mechanics: (This should all be known.)
Introduction to Quantum Mechanics, D. Griffiths, Benjamin Cummings; 2nd edition (April 10, 2004).
Quantum Physics, Stephen Gasiorowicz, 3rd edition, Wiley 2003.
Excellent intermediate book:
Quantum Mechanics, Jean-Louis Basdevant, Jean Dalibard, Springer Berlin Heidelberg (2005).
Intermediate level: (Used to be the course book)
Modern Quantum Mechanics, J. J. Sakurai, Jim Napolitano 2nd edition, Addison-Wesley (Pearson), (2007).
ISBN 0321503368, 9780321503367
Principles of Quantum Mechanics, R. Shankar, Publisher: Plenum US; 2nd edition (September 1, 1994)
Lecturer: Jack Lidmar, Room A4:1081 in AlbaNova, Email: email@example.com
Exercise class teacher: Mikael Twengström, AlbaNova main building, Email: firstname.lastname@example.org
There will be two types of homework problems:
- Weekly homework problems that will be handed out regularly during the course. These consist of rather easy problems that you should solve and bring to the exercise class indicated on the problem sheet. The problems will then be discussed and corrected during class. This means you will also have to participate during these classes. If you have done a good effort at solving the problem you will get bonus points on the exam: Each problem corresponds to half a point on the exam and there will be 12 of them, so that in total you will be able to gain 6 bonus points = one problem on the exam. These points will be added only to the first problem on the exam (although not exceeding the maximum 6p).
- There will be one set of slightly more difficult homework problems, which will be handed in later on in the course. This can give an additional 6 points which is added to the total points of the final exam.
Friday October 20, 8.00-13.00
The examination consists of 5 problems, each giving 6 points.
The maximum number of points including the homework is therefore 5*6 + 6 = 36.
- pocket calculator
- BETA (mathematics table) or equivalent.
- Formula collection (please report any mistakes)
Preliminary grading system
|30||A||In an excellent way account for and use all the knowledge elements included in the learning outcomes|
|26||B||In a very good way account for and use all the knowledge elements included in the learning outcomes|
|22||C||In a good, although not perfect, way account for and use all the knowledge elements included in the learning outcomes|
In a satisfactory way account for and use all the knowledge elements included in the learning outcomes
|15||E||In a sufficient way account for and use the knowledge elements included in the learning outcomes|
|0||F||Insufficient with respect to the learning outcomes|
(This may be adjusted depending on the difficulty of the exam...)
- Jack Lidmar Examinator, Kursansvarig, Lärare