| Dato | Undervises av | Sted | Tema | Kommentarer / ressurser |
| 21.11.2008 | ? | ? | Problem set 11? | Final exercise class? |
| 20.11.2008 | ? | ? | Lasers and coherent light? | Last lecture of the course? |
| 18.11.2008 | ? | ? | Stimulated emission and the principle of lasers? | ? |
| 14.11.2008 | ? | ? | Problem set 10? | ? |
| 13.11.2008 | ? | ? | Life time and line width of an atomic level? | ? |
| 11.11.2008 | ? | ? | Photon emission from an excited atom? | ? |
| 07.11.2008 | ? | ? | Problem set 9? | ? |
| 06.11.2008 | ? | ? | Photon emission and photon absorption? | ? |
| 04.11.2008 | ? | ? | No lecture? | ? |
| 31.10.2008 | ? | ? | Discussion of solutions to the midterm exam? | ? |
| 30.10.2008 | ? | ? | Photon emission and absorption? | ? |
| 28.10.2008 | ? | ? | Photons: Quanta of the electromagnetic field? | ? |
| 24.10.2008 | ? | ? | No teaching? | Deadline for return of solutions to the midterm exam.? |
| 23.10.2008 | ? | ? | No teaching? | ? |
| 21.10.2008 | ? | ? | No teaching? | ? |
| 17.10.2008 | ? | ? | Problem set 8? | Midterm exam: The problem set available on the course page? |
| 16.10.2008 | ? | ? | Maxwell theory; how to quantize the electromagnetic field? | ? |
| 14.10.2008 | ? | ? | Quantum computation? | ? |
| 10.10.2008 | ? | ? | Problem set 7? | ? |
| 09.10.2008 | ? | ? | Introduction to quantum information? | ? |
| 07.10.2008 | ? | ? | Bell's inequalities? | ? |
| 03.10.2008 | ? | ? | Problem set 6? | ? |
| 02.10.2008 | ? | ? | The EPR paradox? | ? |
| 30.09.2008 | ? | ? | Quantum entanglement? | Lectures at usual time 12.15? |
| 30.09.2008 | ? | Auditorium 467? at 10.15? | Problem set 5? | Exercises moved from Friday, September 26.? |
| 26.09.2008 | ? | ? | No teaching? | Exercises moved to Tuesday, september 30, at 10.15.? |
| 25.09.2008 | ? | ? | Composite quantum states and quantum correlations? | ? |
| 23.09.2008 | ? | ? | Quantum states described with density operators? | ? |
| 19.09.2008 | ? | ? | Problem set 4? | ? |
| 18.09.2008 | ? | ? | Pure and mixed quantum states? | ? |
| 16.09.2008 | ? | ? | The coherent state representation? | Homework this week: Problem set 4. Self study: Lecture notes Sect. 1.3.4 Fermionic and bosonic oscillators: an example of supersymmetry.? |
| 12.09.2008 | ? | ? | Problem set 3? | ? |
| 11.09.2008 | ? | ? | Harmonic oscillator: Coherent states? | ? |
| 09.09.2008 | ? | ? | Rabi oscillations and spin resonance? | Homework this week: Problem set 3. Also make a review of how to solve the one-dimensional quantum harmonic oscillator by the method of raising and lowering operators. ? |
| 05.09.2008 | ? | ? | Problem set 2? | ? |
| 04.09.2008 | ? | ? | The quantum two-level system. Spin dynamics and magnetic resonance.? | ? |
| 02.09.2008 | ? | ? | Path integrals: examples? | ? |
| 29.08.2008 | Mads Stormo Nilsson? | ? | Problem set 1? | ? |
| 28.08.2008 | ? | ? | Semiclassical approximation for path integrals? | ? |
| 26.08.2008 | ? | ? | Path integrals? | ? |
| 22.08.2008 | ? | ? | No teaching? | Problem set 1 available for home work. Solutions to be discussed next Friday.? |
| 21.08.2008 | ? | ? | Quantum dynamics? | Home work this week: Study chapter 1.1 of the Lecture notes. For a review of Dirac's bra-ket formulation, consult your introductory text book on quantum physics.? |
| 19.08.2008 | Jon Magne Leinaas? | Auditorium 467?? | The postulates of quantum mechanics? | Introduction to the course with practical information. A summary of basic elements of quantum theory.? |
Undervisningsplan
Publisert 15. aug. 2008 15:00
- Sist endret 15. nov. 2008 19:25