Completed
General Relativity, Lecture 1: mass, universality of free fall, and prerelativity gravitation
Class Central Classrooms beta
YouTube videos curated by Class Central.
Classroom Contents
General Relativity
Automatically move to the next video in the Classroom when playback concludes
- 1 General Relativity, Lecture 1: mass, universality of free fall, and prerelativity gravitation
- 2 General Relativity, Lecture 2: Einstein's Equivalence Principle & Mach's Principle
- 3 General Relativity, Lecture 3: Manifolds
- 4 General Relativity, Lecture 4: Tangent vectors
- 5 General Relativity, Lecture 5: flows and tensors
- 6 General Relativity, Lecture 6: tensors continued, current vector, energy-momentum tensor, and metric
- 7 General Relativity, Lecture 7: abstract index notation, curvature, parallel transport
- 8 General Relativity, Lecture 8: covariant derivatives and parallel transport
- 9 General Relativity, Lecture 9: parallel transport continued and geodesics
- 10 General Relativity, Lecture 10: geodesics cont.; curvature
- 11 General Relativity, Lecture 11: curvature cont.
- 12 General Relativity, Lecture 12: Einstein's field equations
- 13 General Relativity, Lecture 13: Einstein's field equations, linearised solutions
- 14 General Relativity, Lecture 14: solving linearised Einstein's field equations
- 15 General Relativity, Lecture 15: gravitational waves and cosmology
- 16 General Relativity, Lecture 16: isotropy and homogeneity in cosmology
- 17 General Relativity, Lecture 17: solving Einstein's equations for FLRW
- 18 General Relativity, Lecture 18: FLRW continued
- 19 General Relativity, Lecture 19: FLRW cont. and static rotationally invariant solutions
- 20 General Relativity, Lecture 20: the Schwarzschild solution
- 21 General Relativity, Lecture 21: Schwarzschild metric, interior solutions
- 22 General Relativity, Lecture 22: geodesics for the Schwarzschild metric
- 23 General Relativity, Lecture 23: null geodesics for the Schwarzschild metric
