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Introduction to General Relativity. Fall 2020.
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exam 2019-2 |
literature |
formulae 2019
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Announcements:
- (15/1/2021) The "spørgetime" is provisionally planned for Thursday
21/1 09:00 via zoom.
- (5/1/2021) Yet another example of examination set is put online (link above).
- (18/12/2020) Heeding the popular demand I have added a few hints
and a solution to the exercise 11.1 (that is, note 11, exercise 1).
- The Formulae Collection is online on Overleaf at this address: [https://www.overleaf.com/9935614161bmxzwndwzjjj].
Go ahead and edit it. Remember that from now on you are
responsible for the correctness of the formulae.
- On Wednesday 9/12 we meet virtually at Zoom (the usual time, 13:15) at this link:
[https://aarhusuniversity.zoom.us/j/4106164110].
It seems that you can join the meeting using your browser if you don't
wish to install the Zoom-program in your box.
- (13/10)
Week 42 is "skemafri uge" (no teaching).
- (23/9)
Added an exercise to note-3: calculate the covariant derivative of
the Kronecker delta, Dδab.
- (23/9)
You have to solve one exercise of your choice from every week-note
and send your solutions to me by email (fedorov@phys.au.dk) with
the subject GTR20 no later than the day before the examination.
- (31/8)
First meeting: September 2nd.
Schedule:
Plan:
-
[pdf]
Introduction. Special relativity. Relativistic kinematics.
(14.01.21)
Event;
Distance;
Space;
Metric; Space-time;
Inertial frame of reference;
Space-time interval;
Euclidean and pseudo-Euclidean metric;
Lorentz transformation;
Special principle of relativity;
Least action principle;
Relativistic action of a massive body;
Canonical momentum;
Relativistic momentum and energy of a massive body.
-
[pdf]
Equivalence principle.
(14.01.21)
Inertial forces;
Equivalence principle;
Gravitation as geometry of spacetime;
Curved spacetime;
General principle of relativity;
Principle of general covariance.
-
[pdf]
Vectors in curvilinear coordinates.
Covariant differentiation.
(14.01.21)
Covariant and contravariant vectors;
Tensors;
Implicit summation;
Metric tensor;
Covariant differential;
Christoffel symbols;
-
[pdf]
Motion of free particles in curved spaces. Geodesics.
(14.01.21)
General covariance; Geodesic; Gravitational potential;
Null geodesic.
-
[pdf]
Electrodynamics in curved spaces.
(14.01.21)
Principle of stationary action; Action of charges in electromagentic
field; Covariant volume element; Action of electromagentic field;
Lorentz force equation in gravitational fields; Maxwell equations in
gravitational fields.
-
[pdf]
Action of matter in general relativity.
(17.01.21)
Action of matter in general relativity; Stress-energy-momentum tensor
of matter; Stress-energy-momentum conservation law;
-
[pdf]
Action of gravitation. Gravitational field equation.
(14.01.21)
Riemann tensor;
Ricci tensor;
Ricci scalar;
Einstein equation;
Hilbert-Einstein action;
-
[pdf]
Newtonian limit of general relativity.
Gravitational waves.
(14/01/21)
Newtonian limit; Linearized gravity; Gravitational waves.
-
[pdf]
Schwarzschild solution. Motion in the Schwarzschild metric.
(17/01/21)
Schwarzschild coordinates; Schwarzschild solution; Schwarzschild radius.
-
[pdf]
Classical tests of GTR
(17/01/21)
Anomalous perihelion shift; Bending of light; Gravitational red-shift.
-
[pdf]
Radial fall in the Schwarzschild metric.
(17/01/21)
Lemaitre coordinates. Coordinate singularity. Gravitational
singularity. Event horizons. Black holes.
-
[pdf]
Geometry in a homogeneous and isotropic universe. Friedmann equation.
(14/01/21)
Friedmann universe; Friedmann-(Lemaitre-Robertson-Walker) metric;
Friedmann equation.
-
[pdf]
Solutions to Friedman equation. Big Bang. Cosmological red-shift. Hubble constant.
(14/01/21)
Big Bang; Hubble constant; cosmological red-shift; cosmological constant;
radiation-, matter-, and dark-energy-dominated universe.
-
[pdf]
Proper time and length intervals in general relativity.
(14.01)
Literature:
-
Gerard 't Hooft, Introduction to General Relativity
[500kB
PDF file],
Rinton Press, Inc., Princeton NJ, ISBN 1-58949-000-2.
-
A. Einstein,
Relativity: The Special and General Theory
[600kB PDF file];