Theoretical, Mathematical, and Computational Physics

Series by George Hrabovsky, MAST

This will constitute a complete course in theoretical physics.

The Mathematica notebooks require either Mathematica 8 or later, or the free Mathematica CDF Viewer, though the viewer cannot run the programs, (you can find that here).

The web pages below are of less quality than the notebooks or pdfs.

Day 1: Introduction to Theoretical Physics, 16 March 2009, revised 22 February 2012

Web Page

Mathematica Notebook

PDF

Day 2: Logic and Proof, 25 April 2010, revised 22 February 2012

Web Page

Mathematica Notebook

PDF

Day 3: Introduction to Mathematical Physics: Arguments by Algebra and Logarithms

Mathematica Notebook

PDF

Day 4: Introduction to Mathematical Physics: Arguments by Sets, Functions, and Equations

Mathematica Notebook

PDF

Day 5: Introduction to Mathematical Physics: Arguments by Geometry and Trigonometry

Mathematica Notebook

PDF

Review of Week 1

Day 6: Introduction to Mathematical Physics: Arguments by Trigonometry

Day 7: Introduction to Mathematical Physics: Analytic Geometry

Day 8: Introduction to Mathematical Physics: Limits and Differential Calculus

Day 9: Introduction to Mathematical Physics: Integral Calculus

Day 10: Introduction to Mathematical Physics: Infinite Series

Review of Week 2

Day 11: Introduction to Computational Physics, 29 April 2009, revised 22 April 2010

Mathematica Notebook

PDF

Day 4: Physical Phenomena, 31 January 2010

Mathematica Notebook

PDF

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