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Lecturer: Junji Jia (贾俊基) Office: Room 5-518, School of Physical Science and Technology Email: 
Class hours: See the course registration system 课程群: 20**武大数理方法J群 Teaching Assistants: Haotian Liu (刘昊天) Office: Room D-513, School of Physical Science and Technology, New building Prerequisite: A familiarity with Multidimensional Calculus and Linear Algebra. If you have any questions, please send an email to me before the course starts. Textbooks: 数学物理方法，姚端正，梁家宝，科学出版社（2013），ISBN: 9787030264923, 7030264924 数学物理方法讲义，贾俊基 The hand-written lecture notes will also be made available on the course webpage. Lectures: Sep 2018 to Jan 2019. 18 weeks of classes in total; References: 数学物理方法学习指导，姚端正编著，科学出版社(2001），ISBN: 9787030088833 And many other books on mathematical physics can be referenced. These books can be borrowed from the library or bought from online retailers. Evaluation: 1 midterm test, 1 final test, and ~10 assignments. ⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙ Lecture notes: 2018 Lecture notes 2019 Lecture notes 2019 Lecture notes (typeset version) Please contact me if you find any mistakes in the lecture notes. See the top of this webpage for my contact information. Lecture videos: 2018 videos: Class1，复数、复变函数、极限： v1, v2, v3 Class2，复变函数微分、解析函数： v1 Class3，解析函数： v1 Class4，复变函数积分： v1 Class5，柯西定理： v1 Class6，柯西公式、无穷级数： v1 Class7，罗朗展开： v1 Class8，孤立奇点分类： v1 Class9，解析延拓： v1 Class10，留数定理与实积分： v1 Class12，分离变量法： v1 Class13，分离变量法2： v1 Class14，分离变量法3： v1 Class15，积分变换法： v1 Class16，积分变换法2： v1 Class17，积分变换法3： v1 Class18，格林函数法： v1 Class19，特殊函数： v1 Class20，勒让德多项式： v1 Class21，球谐函数： v1 Class22，贝塞尔函数： v1 Class23，贝塞尔函数2： v1 2019 videos: Class1， 复数及其函数 Class2， 复变函数的导数与微分 Class3， 傅里叶变换1 Class4， 傅立叶变换2 Class5， 拉普拉斯变换 Class6， 格林函数法 Class7， 勒让德多项式1 Class8， 勒让德多项式2 2020 videos: Class1， video Class3， video Class4， video Class5， video Class6， video Class8， video Class9， video Class12， video Class13， video Class14， video Class15， video Class16， video Class17， video Class18， video Class19， video Class20， video Class21， video Class22， video Class23， video Class24， video Class25， video Class26， video Class27， video Class28， video Class29， video Class30， video Class31， video 2021 videos: Class1， video Class2， video Class3， video Class4， video Class5， video Class6， video no sound track Class7， video Class8， video no sound track Class9， video no sound track Class10， video no sound track Class12， video no sound track Class13， video no sound track Class14， video Class15， video Class16， video Class17， video Class18， video Class19， video no sound track Class20， video Class21， video 2022 videos: Week1 Wednesday, Sept. 7 Week1 Friday, Sept. 9 Week2 Wednesday, Sept. 14 Week2 Friday, Sept. 16 Week3 Wednesday, Sept. 21 Week3 Friday, Sept. 23 Week4 Wednesday, Sept. 28 Week4 Friday, Sept. 30 Week5 Wednesday, Oct. 5 Week5 Friday, Oct. 7 Week6 Wednesday, Oct. 12 Week6 Friday, Oct. 14 Week7 Wednesday, Oct. 19 Week7 Friday, Oct. 21 Week8 Wednesday, Oct. 26 Week8 Friday, Oct. 28 Week9 Wednesday, Nov. 2 Week9 Friday, Nov. 4 Week10 Wednesday, Nov. 9 Week10 Friday, Nov. 11 Week11 Wednesday, Nov. 16 Week11 Friday, Nov. 18 Week12 Wednesday, Nov. 23 Week12 Friday, Nov. 25 Week13 Wednesday, Nov. 30 Week13 Friday,Dec. 2 Week14 Wednesday, Dec. 7 Week14 Friday,Dec. 9 Week15 Wednesday, Dec. 14 Week15 Friday,Dec. 16 Week16 Wednesday, Dec. 21 Week16 Friday,Dec. 23 Homeworks: ⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙⊙ Other materials: You may find something interesting and useful here. We are working on this. 1.An intresting book, Methematical Methods of Theoretical Physics You may think this book is very hard to understand just when looking at it's contents, and indeed it is. This book has a lot materials that you will not learn in this course, even though these materials are necessary for a physicist. I suggest you begin with, Chapter 8, Part III, where the author gives a brief review of complex analysis. He summrizes complex analysis in a good way, it may give you some insights about this subject. Of course both this book and this course are difficult to learn, that's one reason why this course is important for you. But don't be too upset if you don't understand some materials, just as the author said in the introduction, "At the end of the day, everything will be fine, and in the long run we will be dead anyway." Enjoy! |