mp4/iPad Video CP Lectures

These lectures are part of a multimodal CP eTextBook with interactive Python and other enhancements.

Video Lectures for
Computational Physics eTextBook

(mp4/iPad Versions)

Produced and Directed by Sally Haerer, MacKelton Consulting
© Rubin H Landau, Oregon State University

with Support from the National Science Foundation, CCLI-0836971

Each video module is several hundred Meg and so may be slow to load. The links within a module are for use with the eBook.

1.1/.3	Intro to CP	8.3	Matrix Computing I II (after N-D Search)	10.8	FT6: Fast F Transform	14.10	Parallel Computing	17.16	PDE Heat Eqn
1.3/.5	Computing Basics	8.5	Interpolation	11.1	Wavelet I	14.14	HPC Exercises	17.19	Heat, Crank-N
1.5/.7	Number Representations	8.8	Least Square Fitting	11.4	Wavelet II	14.15	HPC Exercises II	18.1	String Waves
1.5/.7	IEEE Floating Point Numbers	9	Ordinary Diff Eqs	11.5	D Wavelet III	15.1	Ising Magnets	18.3	Catenary Waves
1.5/.7	Machine Precision	9.5	ODE Algorithms	12.1	Bugs	15.7	Feynman Path I	18.5	QM WavePackets
2	Errors	9.5	ODE Lab	12.10	Chaotic Pend I	15.8	Feynman Path II	18.9-	Fin Diff T Domain
4	Object Oriented Progs I	9.10	Quantum Eigenvalue	12.12	Chaotic Pend II	16	Molecular Dynam I	19.1-.5	Shocks & Solitons
5.1	Random, Monte Carlo	9.14	Chaotic Scattering	12.14	Chaotic Pend III	16	Molecular Dynam II	19.6	Fluid Dynamics
5.3	Monte Carlo Simulate	10	FT1: Fourier Intro
6	Numerical Integration	10.4	FT2: Discrt Fourier Trans	13.1-.2	Fractals I	17	Intro to PDEs	20.1	Integral Eqn, QM Bound
7	Numeric Derivatives	10.4	FT3: DFT II	13.3	Fractals II	17.2	PDE Electrostats I	20.3	Integral Eqn, QM Scatter
7.7	Trial & Error Searching	10.5	FT4: Filters for Noise	14	Hi Perform Compute	17.4	PDE Electrostats II	-	Colloquium "CP: Advancing Physics Education "
8.1	N-Dimensional Search	10.4	FT5: DFT Aliasing	14	HPC Hardware II	17.10	PDE, Finite Element	-