FYS9130 Cosmological Physics

Welcome to FYS9130 Cosmological Physics in the fall semester 2010. This page will be updated as more information becomes available.

Time and place

Tuesdays 12.15-14.00 FØ443A
Tuesdays 14.15-16.00 FØ443A
Thursdays 14.15-16.00 Aud Ø467

Final exam: Tuesday 21/12

Oblig's

There will be a total of ten obligatory individual written assessments leading up to the class project of a publishable paper. Except for the first one, these will be graded on a numeric scale, and an overall score of 60% is needed in order to both take the final exam, and to get your name on the paper.

Oblig1 (Deadline 30/8)

Oblig2 (Deadline 14/9)

Oblig3 (Deadline 21/9)

Oblig4 (Deadline 28/9)

Oblig5 (Deadline 12/10)

Oblig6 (Deadline 21/10)

Oblig7 (Deadline 28/10)

Oblig8 (Deadline 4/11)

Oblig9 (Deadline 16/11)

Oblig10 (Deadline 25/11)

Preliminary schedule

Week 34-46 Lectures etc
Week 47-50 Self study, project work
Tue 21/12 Final exam


Week 34 23/8-27/8 Tue 12-14 Practical information; setting up svn
Thr 14-16 Tensor calculus; Action integrals and variation of metric Carroll 4.3 (4 p18 in notes), Ravndal 11.1.3-11.3.1
Week 35 30/8-3/9 Tue 12-16 Variation of action; problem solving Problem set 1
Thr 14-16 Divergence-free energy-momentum tensor, Friedmann equations, classical cosmology Carroll 3.7, 8.2-8.3
Week 36 6/9-10/9 Tue 12-16 Problem solving Problem set 2
Thr 14-16 No lecture
Week 37 13/9-17/9 Tue 12-16 Modified cosmology and modified gravity; Problem solving Carroll 4.8
Thr 14-16 Weyl transformations, Einstein frame and Jordan frame Carroll 4.8, Appendix G
Week 38 20/9-24/9 Tue 12-16 Extra dimensions, Kaluza-Klein; Problem solving KK paper or chapter 3; Problem set 3
Thr 14-16 Natural units, dimensional analysis, extra-dim solutions to mass hierarchy ADD (and AADD and ADD2 ), RS1, RS2, DGP
Week 39 26/9-1/10 Tue 12-16 Problem solving Problem set 4
Thr 14-16 Relative densities equations, cosmological scaling solutions CLW, APT
Week 40 4/10-8/10 Tue 12-16 Problem solving Problem set 5
Thr 14-16 QFT in flat space, vacuum energy, Casimir energy Ravndal 3.2-4.2
Week 41 11/10-15/10 Tue 12-16 Problem solving Problem set 6
Thr 14-16 Linearised gravity, gravitational and el.mag. waves Carroll 7.1, 7.4
Week 42 18/10-22/10 Tue 12-16 Effects of grav. waves; Problem solving Carroll 7.7; Problem set 7
Thr 14-16 QFT in curved spacetime Carroll 9.3-9.4
Week 43 25/10-29/10 Tue 12-16 Self study
Thr 14-16 Repetition; Problem solving
Week 44 1/11-5/11 Tue 12-16 Killing vectors and horizons, Unruh effect Carroll 3.8, 6.3, 9.5
Thr 14-16 Hawking radiation Carroll 9.6, 5.6-5.7
Week 45 8/11-12/11 Tue 12-16 Oblig solving
Thr 14-16 Reasons for inflation, slow-roll appoximation Carroll 8.8, Ravndal 8.2
Week 46 15/11-19/11 Tue 12-16 Inflaton pertubations, primordial spectrum Ravndal 17-18.3
Thr 14-16 Metric pertubations, tensor and scalar spectrum Ravndal 18.4-20, Carroll 7.2

Contact

Lecturer: Ingunn Kathrine Wehus.

Administration: Contact information.

More reading

Finn Ravndal's lecture notes from previous version of this course.

Sean Carroll: Spacetime and Geometry: An Introduction to General Relativity
The lecture notes this book is based on can be found here .

Peskin and Schroeder: An introduction to Quantum Field Theory

Mandl and Shaw: Quantum Field Theory

John Peacock: Cosmological Physics