| Date | Teacher | Place | Topic | Lecture notes / comments |
| 30.11.2004 | Electromagnetic fields and geometry | Final lecture this semester | ||
| 25.11.2004 | Adiabatic evolution and Berry's phase | |||
| 23.11.2004 | No lecture | Home study: Quantum mechanics and geometry - geometry of the sphere and connection of the Bloch sphere. | ||
| 18.11.2004 | Geometry of quantum states. Example: the Bloch sphere | |||
| 16.11.2004 | Quantum mechanics and geometry: Geometry of real space, flat and curved | |||
| 11.11.2004 | Stimulated emission and the principle of lasers | |||
| 09.11.2004 | Life time and line width | |||
| 04.11.2004 | Photon emission to first order | |||
| 02.11.2004 | Photon emission and absorption | |||
| 28.10.2004 | Coherent and incoherent photon states | |||
| 26.10.2004 | Quantizing the electromagnetic field | |||
| 22.10.2004 | Deadline for submitting solutions of the midterm exam. | |||
| 21.10.2004 | No lecture due to the midterm exam. | |||
| 19.10.2004 | No lecture due to the midterm exam. | |||
| 15.10.2004 | Problem set available for the Midterm exam | |||
| 14.10.2004 | Quantum theory for the electromagnetic field | |||
| 12.10.2004 | Lagrange-Hamilton formulation of Maxwell theory | Solutions to Problem set 3 | ||
| 07.10.2004 | The quantum theory of light. Summary of classical electromagnetism. | |||
| 05.10.2004 | Quantum computation | Problem set 3 | ||
| 30.09.2004 | Communication with qubits. Principles for a quantum computer. | |||
| 28.09.2004 | Interactionfree measurements. Qubits and quantum information. | For home study: Bell inequalities in an experimental set up (Lecture notes Sect. 2.3.2)Solutions to Problem set 2 | ||
| 23.09.2004 | Bell inequalities | |||
| 21.09.2004 | Physical reality and the EPR paradox. | Problem set 2 | ||
| 16.09.2004 | Correlations and entanglement | |||
| 14.09.2004 | Quantum mechanics and probability: Pure and mixed quantum states | Solutions to Problem set 1 | ||
| 09.09.2004 | The supersymmetric oscillator | |||
| 07.09.2004 | The coherent state representation. | Problem set 1 | ||
| 02.09.2004 | Harmonic oscillator: Coherent states | |||
| 31.08.2004 | Path integrals: semiclassical approximation. Two-level system. | As home work for this week: Study spin dynamics, Sects. 1.1.4 and 1.3.2 | ||
| 26.08.2004 | Path integrals (continued). | |||
| 24.08.2004 | Quantum dynamics. Path integral formulation | |||
| 19.08.2004 | Jon Magne Leinaas | 467Ø | Unitarily equivalent representations. | |
| 17.08.2004 | Jon Magne Leinaas | 467Ø | Introduction. The postulates of quantum mechanics. |
Teaching plan
Published Aug. 17, 2004 1:07 PM
- Last modified Nov. 28, 2004 8:47 PM