Video Lectures

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

Computational Physics
Video Lectures (Flash)
for eTextBook

Produced and Directed by Sally Haerer,
© Rubin H Landau, Oregon State University, 2013

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.

0	Colloquium "CP: Advancing Physics Education "	8.1	N-D Search	10.4	FT5: DFT Aliasing	14.10	Parallel Computing	17.19	Heat, Crank-N
1.1/.3	Intro to CP	8.3	Matrix Computing (do N-D Search 1st)	10.8	FT6: Fast F Transform	14.14	HPC Exercises	18.1	String Waves
1.3/.5	Computing Basics	8.5	Interpolation	11.1	Wavelet I	14.15	HPC Exercises II	18.3	Catenary Waves
1.5/.7	Number Representations	8.8	Least Square Fitting	11.4	Wavelet II	15.1	Ising Magnets	18.5	Quant WavePackets
1.5/.7	IEEE Floating Point Numbers	9	Ordinary Diff Eqs	11.5	Wavelet III	15.7	Feynman Path I	18.9-	Fin Diff T Domain
1.5/.7	Machine Precision	9.5	ODE Algorithms	12.1	Bugs	15.8	Feynman Path II	19.1	Shocks & Solitons
2	Errors	9.5	ODE Lab	12.10	Chaotic Pend I	16	Molecular Dynam I	19.6	Fluid Dynamics
4	Object Oriented Progs I	9.10	Quantum Eigenvalue	12.12	Chaotic Pend II	16	Molecular Dynam II	20.1	Integral Eqn, QM Bound
5.1	Random, Monte Carlo	9.14	Chaotic Scattering	12.14	Chaotic Pend III	17	Intro to PDEs	20.3	Integral Eqn, QM Scatter
5.3	Monte Carlo Simulate	10	FT1: Fourier Intro	13.1	Fractals I	17.2	PDE Electrostats I
6	Numerical Integration	10.4	FT2: Discrt Fourier Trans	13.3	Fractals II	17.4	PDE Electrostats II
7	Numeric Derivatives	10.4	FT3: DFT II	14	Hi Perform Compute	17.10	PDE, Finite Element
7.7	Trial & Error Searching	10.5	FT4: Filters for Noise	14	HPC Hardware II	17.16	PDE Heat Eqn