Difference between revisions of "Introduction to General Relativity"
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| − | + | * Prerelativity physics and notion of space and time. | |
| + | * Spacetime Metric and geometry. | ||
| + | * Manifolds, vectors, tensors. | ||
| + | * Derivative operators. | ||
| + | * Curvature. | ||
| + | * Geodesics. | ||
| + | * Einstein's equation. | ||
| + | * Schwarzschild solution (at least in two different coordinates). | ||
| + | * Linearized gravity. | ||
| + | * Gravitational radiation. | ||
| + | * Stress-energy-momentum tensor. | ||
| + | * etc... | ||
| + | |||
| + | Please see the notes at [https://svn.einsteintoolkit.org/documents/Workshop_Spring_2012/genrel/ the svn site], specifically the genrel.pdf file. | ||
Latest revision as of 20:35, 3 April 2012
- Prerelativity physics and notion of space and time.
- Spacetime Metric and geometry.
- Manifolds, vectors, tensors.
- Derivative operators.
- Curvature.
- Geodesics.
- Einstein's equation.
- Schwarzschild solution (at least in two different coordinates).
- Linearized gravity.
- Gravitational radiation.
- Stress-energy-momentum tensor.
- etc...
Please see the notes at the svn site, specifically the genrel.pdf file.
