| PHYS4061 Computational Physics | |
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This course is intended to provide a solid training in the computational techniques for solving various physical problems. The following topics will be discussed: basic numerical methods, matrix problems in physics, numerical methods for partial differential equations in physics, modelling of continuous systems, and applications of Monte Carlo simulation in statistical physics. Students are advised to take phys2061 before taking this course. Prerequisite: permission of the instructor.
Prof. Junyi Zhu
Office: SC 309, Tel: 56156153, Email: jyzhu@phy.cuhk.edu.hk
If you have any problem just email me directly
Mr. Wenjing Zhao
Office: SC 313, Email: wjzhao@phy.cuhk.edu.hk
Consultation Hour: Wednesday 3:30-5:15 or arrange through email
Lectures
Meeting time: Tuesday, 2:30 pm:
Meeting ID: 952 6990 2005
Security: 415720
Invite Link
https://cuhk.zoom.us/j/95269902005?pwd=YkMzRys1U3Blb1MxY3JaVmpGbVA1Zz09
Meeting time: Thursday, 4:30 pm:
Meeting ID: 921 7304 7114
Security 589239
Invite Link
https://cuhk.zoom.us/j/92173047114?pwd=Sy9XZlBPcGRaWE85dzUrZnZnTlZzZz09
First Lab: Sep 15th(Tuesday) 4:30
One drive link
https://mycuhk-my.sharepoint.com/:f:/g/personal/1155077127_link_cuhk_edu_hk/EgUgSrxud3BMmwHLbbOpYP0BgvG8NyaAMNBUCZjyASYKug?e=NpNaKO
K. H. Hoffmann and M. Schreiber, Computational physics : selected methods, simple exercises, simple applications, New York, QC32 .C65 1996 Tao Pang, An Introduction to Computational Physics, Cambridge, 1997, QC20.7.E4 P36 1997 Richard M. Martin, Electronic structure : basic theory and practical methods, Cambridge, 2004, QC176.8.E4 M368 2004
Homework 10% Presentation 10% Project A 40% Project B 35% class activity 5%