Course Schedule 

                           

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The tentative schedule below lists topics found in the two main texts. (The relevant readings are from Liddle (L) and Cheng (C).) There may be other reference materials.

Tentative Schedule

Date

 

Day

 Chapter

Topics

Jan

  8

M

 

The Universe As We Knew It

 

10

W

L2-3

Then There Was Einstein, Friedmann, and Hubble

 

12

F

C2

Special Relativity Review

 

15

M

 

Holiday

 

17

W

C3

Minkowski Spacetime

 

19

F

C3

Four-vectors

 

22

M

C4

Principle of Equivalence

 

24

W

C4

Gravitational Redshift/Time Dilation

 

26

F

C4

Light Rays

 

29

M

C5

Metric Tensor

 

31

W

C5

Geodesics

Feb

  2

F

C5

Curvature

 

  5

M

C6

Geometry as Gravity

 

  7

W

C6

Geodesics and Equations of Motion

 

  9

F

C6

Tidal Forces and Curvature

 

12

M

 

Exam I

 

14

W

C7

Schwarzschild Spacetime

 

16

F

C7

Embedding Diagrams

 

19

M

C7

Gravitational Lensing

 

21

W

C7

Mercury's Precession

 

23

F

C8

Black Holes

 

26

M

C8

Kruskal Coordinates

 

28

W

C8

Orbits

Mar

  2

F

C8

Real Black Holes

       Spring Vacation - Mar 3-11

 

12

M

C9, L8-9

The Universe

 

14

W

C9

Robertson-Walker Metric

 

16

F

C9

Distance and Luminosity

 

19

M

C10, L3-4

Friedmann Equations

 

21

W

C10, L5-6

Model Universes

 

23

F

C10, L11

Big Bang Cosmology

 

26

M

C10, L12

Nucleosynthesis

 

28

W

C11, L10

CMB

 

30

F

 

Vacation

Apr

  2

M

C11, L7

Cosmological Constant

 

  4

W

C11, L13

Inflationary Epoch

 

  6

F

C11

The Flat, Accelerating Universe

 

  9

M

 

Exam II

 

11

W

C12

Tensors in Special Relativity

 

13

F

C12

Electromagnetism, Energy-Momentum Tensor

 

16

M

C13

Tensors in General Relativity

 

18

W

C13

Curvature

 

20

F

C14

Einstein Equation

 

23

M

C15

Gravitational Waves

 

25

W

 

The Universe as We Know It

May

  2

W

 

Final 11:30-2:30

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E-Mail: Dr. Russell Herman Last Updated: December 26, 2017