Undervisningsplan

DatoUndervises avStedTemaKommentarer / ressurser
24.05.2006? ? Rest of problem set 12, questions and discussion? Last exercises. Note this is on Wednesday 10-12, since Thursday is a holiday.?
18.05.2006? ? Problem Set 12? ?
12.05.2006? ? Electromagnetic dipole radiation. Radiation from accelerated point charge.? Final lecture this semester. The Thursday exercises continues for two weeks.?
11.05.2006? ? Problem Set 11? ?
10.05.2006? ? Radiation fields? ?
05.05.2006? ? Multipole expansions? ?
04.05.2006? ? Problem Set 10? ?
03.05.2006? ? Electrostatic and magnetostatic solutions? ?
28.04.2006? ? Electromagnetic field momentum and energy? ?
27.04.2006? ? Problem Set 9? ?
26.04.2006? ? Electromagnetic waves? ?
21.04.2006? ? Lorentz transformations of electromagnetic fields? ?
20.04.2006? ? Problems from midterm exam, Problem set 8? ?
19.04.2006? ? Maxwell's equations in covariant form? ?
07.04.2006? ? Electrodynamics: Maxwell's equations? ?
06.04.2006? ? Problems from the midterm exam? ?
05.04.2006? ? Lagrangian for relativistic particles? ?
31.03.2006? ? No lecture? Deadline for return of solutions to the midterm exam?
30.03.2006? ? No teaching? ?
29.03.2006? ? No lecture? ?
24.03.2006? ? No lecture? Midterm Exam: Problem set available on the course page. Deadline for return of solutions: Friday, March 31. ?
23.03.2006? ? Problem set 7? ?
22.03.2006? ? Newton's equation on covariant form? ?
17.03.2006? ? Conservation of 4-momentum? ?
16.03.2006? ? Problem Set 6? ?
15.03.2006? ? Relativistic dynamics? Note: In the Homework Problem 2 of last week there was a hint of how to find the wave length of a light signal in a moving frame. This was misleading. I will discuss Doppler shift in the first part of the lecture and show how to obtain the correct result.?
10.03.2006? ? Hyperbolic motion and the twin paradox.? ?
09.03.2006? ? Solutions of the homework exercises.? Deadline for return of written solutions of the homework exercises.?
08.03.2006? ? Relativistic kinematics? ?
03.03.2006? ? Relativistic tensors? ?
02.03.2006? ? Problem set 5? Homework exercises available on the course page. Solutions of the set that are returned before the Thursday exercises, March 9, will be corrected and commented. Voluntary set.?
01.03.2006? ? 4-vectors? ?
24.02.2006? ? Minkowski diagram? ?
23.02.2006? ? Lenght contraction and time dilatation? ?
22.02.2006? ? Problem set 4? Lecture moved to Thursday?
17.02.2006? ? Calculus of variations. Theory of relativity.? ?
16.02.2006? ? Problem set 4? ?
15.02.2006? ? Hamilton's principle? ?
10.02.2006? ? Solving Hamilton's equations. Phase space motion.? ?
09.02.2006? ? Problem set 3? ?
08.02.2006? ? Hamilton's equations? ?
03.02.2006? ? ? No lecture?
02.02.2006? ? Problem set 2? ?
01.02.2006? ? Particle in electromagnetic field: Velocity dependent potential? ?
27.01.2006? ? Symmetries, cyclic coordinates and constants of motion.? ?
26.01.2006Mats Horsdal? Auditorium 467?? Problem set 1? ?
25.01.2006? ? Lagrange's equations? ?
20.01.2006? ? Configuration space. Virtual displacements. D'Alembert's principle.? ?
19.01.2006? ? ? Ingen undervisning?
18.01.2006Jon Magne Leinaas? Auditorium 467?? Introduction to analytical mechanics. Generalized coordinates.? ?
Publisert 11. jan. 2006 14:06 - Sist endret 19. mai 2006 17:02