Messages

Publisert 25. mai 2010 14:09

NB! List of key topics for exam is posted under "pensum/l?ringskrav" (syllabus/learning requirements).

Publisert 10. mai 2010 17:01

Problem for the last lesson on Monday, 31st May is 11.1 (concerning cosmic redshift).

Publisert 3. mai 2010 18:19

Problem for next Monday (10.05) is the rest of 9.4 (concerning the Kerr metric).

Publisert 26. apr. 2010 16:09

Problems for next Monday (3rd May) are 8.7 (concerning the perihelion precession of Mercury) and 9.4.

Publisert 19. apr. 2010 17:59

Problems for next Monday (26.04) are 8.6 and 9.1 (concerning a spaceship falling into a black hole).

Publisert 13. apr. 2010 15:14

Problems for next Monday (19.04) are 8.3 and 8.4.

Publisert 6. apr. 2010 18:36

NB! There will be no lecture next Tuesday, April 13.

Publisert 6. apr. 2010 11:34

Problems for next Monday (12.04) are 6.1 and 8.1.

Publisert 15. mars 2010 16:08

Problems for next Monday (22.03) are 5.3, 5.4 and some of 5.5.

Publisert 8. mars 2010 16:45

Next Monday we will solve 4.3 concerning accelerated reference systems.

Publisert 2. mars 2010 15:54

Problems for next Monday are 5.1 along with 4.2.

Publisert 23. feb. 2010 13:06

Problems for next Monday are rest of 4.1 along with 5.1.

Publisert 19. feb. 2010 10:25

On Monday we will solve problem 4.1 concerning rotating systems.

Publisert 10. feb. 2010 18:04

NB!!The problem solving sessions (Mondays) will from now on take place in room F? 364 (at the usual time).

Publisert 10. feb. 2010 09:27

Problems for next Monday are 3.3, 3.4, and 3.8. This corresponds to C5, C6, C7 in the old version.

Publisert 2. feb. 2010 15:24

Problems for next Monday are 3.6 d), 3.1, 3.2, 3.5. Also, we will show that the Minkowski element is invariant under a Lorentz transformation.

Publisert 27. jan. 2010 21:06

On Monday 1. Feb. we will look at problems 1.4, 2.1 and 3.6. This corresponds to B1, B2 and B3 in the old version.

Publisert 19. jan. 2010 10:06

First lecture with problem solving will be Monday Jan. 25. The exercises that will be solved are 1.1 og 1.2 in "Lecture Notes.." This corresponds to exercise A1 og A2 in the old problem set.