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Physics and Astrophysics Lectures - Part 3

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ASTM109 Stellar Structure and Evolution: (QMUL)
Stars 1
Stars 2
Stars 3
Stars 4
Stars 5
Stars 6
Stars 7
Stars 8
Stars 9.doc
More on Polytropes
Estimated Stellar Lifetimes
Astronomical quantities.pdf
ASTM109 Exam 2005

2B29 Electromagnetic Theory: (UCL)
Aims
Syllabus
Formulae
Lecture 1
Lecture 2
Lecture 3
Lecture 4
Lecture 5
Lecture 6
Lecture 7
Lecture 8
Lecture 9
Lecture 10
Lecture 11
Lecture 12
Lecture 13
Lecture 14
Summary
2B29 Exam 2004

3C74 Topics in Modern Cosmology: (UCL)
3C74 Topics outline
Useful Constants and quantities
Overview of Distances
1.3 The Expansion of the Universe - Hubble's Law, redshift
2. Basic Cosmological Equations derived from Newtonian Physics
The Cosmological Paramters
Cosmological Equations - summary
3. Cosmological Models
4. Observational Parameters
Part 4a - The Matter Density of the Universe
[ Slides:
Galaxies-Distance scales
Evidence for Dark Energy - Lambda1.ppt | Lambda2.ppt | Lambda3.ppt ]
5. The Cosmic Microwave Background
6. The Early Universe
Inflation
Big Bang Nucleosynthesis
7. Inflation and the Big Bang
8. CDM Models - Short notes
Part 8a Structure Formation

Go to the main Cosmology section.

Classical Mechanics:
1B47 Classical Mechanics (UCL)
Introductory Classical Mechanics (UTexas)

Handling statistical errors in Scientific Measurements: (QMUL)
Notes 2
Notes 3
Notes 4
Notes 5
Notes 6
Notes 7
Notes 8
Notes 9
Notes 10

Interesting Research Papers:
Measuring and Understanding the Universe, - W. Freeman and M. Turner

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