PH465/565 HW W2012

Wk Days Reading Topics Video Lectures Projects
(Probs in these secs)
Due
23:55

1 10, 12 Jan 9.1 - 8
Differential Equations Review

o ODEs
o Algorithms
o ODE Lab

9.6.1 (1-3)
9.7.1 (1-3)
9.8
16 Jan

2 17, 19 Jan 9.9 - 12
9.13 - 14

ODE Eigenvalues
Chaotic Scattering (applet)
o Quantum Eigenvals
o Chaotic Scattering 9.11 (1-7)
565: 9.11.2
9.14.3
23 Jan

3 24, 26 Jan 10.1-4
10.5-7
Fourier Analysis of Nonlinear Oscillations
Filtering Noisy Signals
o FT1: Fourier Intro
o FT2: Discrete FT
o FT3: DFT II
o FT4: Filters
o FT5: Aliasing 10.4.4 (Analytic 6 parts)
10.4.4 (Nonlinear, 4 parts)
30 Jan

4 31 Jan, 2 Feb 11.1-4
11.5
Wavelet Analysis
Discrete Wavelet Transform
o Wavelet I
o Wavelet II
o Wavelet III 11.2.1 (use DFT)
11.4.2 (1qw-3)
11.5.3 (part 7 only)
6 Feb

5 7, 9 Feb 12.1-8
Nonlinear Bug Maps (Sonify)
o Bugs 12.4, 12.5.2
(zoom in)
15 Feb

6 14, 16 Feb
Understand Readings, HW
Catchup
Midterm Exam: 16 Feb, signup via
https://secure.oregonstate.edu/ecampus/proctoring/

16 Feb

7 21, 23 Feb 12.10-11

12.12-15
Chaotic Pendulum (tutorial)
or Double Pendulum
o Chaotic Pend I
o Chaotic Pend II 12.11.3 (1-6)
12.12.2 (1-8)
27 Feb

8 28Feb, 1 Mar Pendulum continued o Chaotic Pend III
12.13, 12.15 (skip transients)
5 Mar

9 6, 8 Mar 16
Molecular Dynamics
o Molecular Dynam
o Molecular Dynam II 16.3 (fcc=equil, start scc), 16.4
12 Mar

10 8, 10 Mar 13
Fractals: (Web tutorials),
o Fractals I
o Fractals II 13.5.3
21 Mar

F 21 Mar
Final : Your final projects will serve this purpose

	Physics 465/565 Computational Physics II
	Schedule_eCampus Winter 2012 © RH Landau, 2012
	Submit each project by sending email to rubin@science.oregonstate.edu with attached report or with the URL for your report. (Blackboard submission is less reliable.) A compiled language should be used for the projects. (The paper text contains Java, C andFortran programs, the eBook only Python.) Ph 465 students may do additional 565 problems for extra credit. Make sure to include all required elements along with your name and week number. Text: A Survey of Computational Physics, Introductory Computational Science, Landau, Paez, & Bordeianu, Princeton University Press, 2008

Wk	Days	Reading	Topics	Video Lectures	Projects (Probs in these secs)	Due 23:55
1	10, 12 Jan	9.1 - 8	Differential Equations Review	o ODEs o Algorithms o ODE Lab	9.6.1 (1-3) 9.7.1 (1-3) 9.8	16 Jan
2	17, 19 Jan	9.9 - 12 9.13 - 14	ODE Eigenvalues Chaotic Scattering (applet)	o Quantum Eigenvals o Chaotic Scattering	9.11 (1-7) 565: 9.11.2 9.14.3	23 Jan
3	24, 26 Jan	10.1-4 10.5-7	Fourier Analysis of Nonlinear Oscillations Filtering Noisy Signals	o FT1: Fourier Intro o FT2: Discrete FT o FT3: DFT II o FT4: Filters o FT5: Aliasing	10.4.4 (Analytic 6 parts) 10.4.4 (Nonlinear, 4 parts)	30 Jan
4	31 Jan, 2 Feb	11.1-4 11.5	Wavelet Analysis Discrete Wavelet Transform	o Wavelet I o Wavelet II o Wavelet III	11.2.1 (use DFT) 11.4.2 (1qw-3) 11.5.3 (part 7 only)	6 Feb
5	7, 9 Feb	12.1-8	Nonlinear Bug Maps (Sonify)	o Bugs	12.4, 12.5.2 (zoom in)	15 Feb
6	14, 16 Feb	Understand Readings, HW	Catchup *Midterm Exam: 16 Feb*, signup via https://secure.oregonstate.edu/ecampus/proctoring/			16 Feb
7	21, 23 Feb	12.10-11 12.12-15	Chaotic Pendulum (tutorial) or Double Pendulum	o Chaotic Pend I o Chaotic Pend II	12.11.3 (1-6) 12.12.2 (1-8)	27 Feb
8	28Feb, 1 Mar		Pendulum continued	o Chaotic Pend III	12.13, 12.15 (skip transients)	5 Mar
9	6, 8 Mar	16	Molecular Dynamics	o Molecular Dynam o Molecular Dynam II	16.3 (fcc=equil, start scc), 16.4	12 Mar
10	8, 10 Mar	13	Fractals: (Web tutorials),	o Fractals I o Fractals II	13.5.3	21 Mar
F	21 Mar		Final : Your final projects will serve this purpose