Edmund Yik-Man CHIANG
Please visit the link for my most update information: https://machiang.wixsite.com/machiang
Professor
During the Spring semester 2024-25, my "available time
slots" are as follows. You are encouraged to
come to my office other than my teaching time slots.
However, as I may be away due to meeting, etc, so to guarantee that you can locate me exactly in those time slots, it
would be better that you e-mail me for an appointment in advance:
Monday |
Tuesday |
Wednesday |
Thursday |
Friday |
Morning by appointment |
|
Morning by appointment |
Morning by appointment |
Morning by appointment |
Afternoon by appointment |
MATH2352 13:30-14:50
MATH5030 16:30-17:50 |
|
MATH2352 13:30-14:50
MATH5030 16:30-17:50 |
Unavailable |
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cont....
Research Interests: Complex function theory (Nevanlinna
theory), Differential/Difference equations, Special functions
and Orthogonal Polynomials. Publications
Teaching:
Courses for Spring semester, 2024-2025:
- MATH2352: Differential Equations
- Curriculum: First
and second order differential equations, initial value problems, series
solutions, Laplace transform, numerical methods, boundary value
problems, eigenvalues and eigenfunctions, Sturm-Liouville theory.
- Main reference book: Elementary Differential Equations and Boundary Value Problems.
This is a classic textbook on introductory differential equations. The
latest edition is already the 12th edition. But any edition above and
including the 7th edition can be used.
- Study notes will be available before the start of the first lecture.
- Prerequsite waive: students who want to join this
course with alternative qualifications other than the one stated in the
course prereqsites should discuss with me IN PERSON AFTER the start of
semester. Alternativew documentations will be needed for this purpose.
- MATH5030: Complex Function Theory
- Curriculum: Review
of basic properties of holomorphic functions. Phragmen-Lindelof
principle, normal families, Riemann mapping theorem, Weiestrass
factorization theorem, Schwarz reflection principle, analytic
continuation, harmonic functions, entire functions, Hadamard
factorization theorem, Picard's theorems.
- Main reference books:
- J. B. Conway, Functions of One Complex Variable, 2nd edition, Spring-Verlag.
- L V. Ahlfors, Complex Analysis, 3rd edition, McGraw Hill
- Study notes will be available before the start of the first lecture.
- Prerequsite waive: students
who want to join this course with alternative qualifications other than
the one stated in the course prereqsites should discuss with me IN
PERSON AFTER the start of semester. Alternativew documentations will be needed for this purpose.
Previous semester courses
Minor program: - Students intrerested in joining Mathematics Minor program should study the information about the program and application procedure here.
- In
addition to the application procedure mentioned, you should also submit
your study plan by filling out the mathematics courses that you plan to
take or have already taken to fulfill the Math Minor from the template in Excel format
together with the documents. The course information received will be
used to monitor your progress of the minor program in the future.
- For enquiries and applications, you can write to me (and cc to our secretary Ms. Debbie Poon).
- Student
who intent to withdraw from the math minor program after
joining should provide a reason for their withdrawal applications
Conferences: Cosmology since
Einstein (30th May to 1st June 2011),
Frontiers of Nevanlinna Theory (2011-12)
S. T. Yau's HKUST talks on mathematics (in Cantonese):
Dick Askey's
Distinguished Lecture given at IAS (UST) lecture (3/6/ 2010)
Special function handbooks:
C. C.
Yang's farewell lunch, In memory of Pit-Mann Wong (from Julia Wang)
and
Tributes, Steven B. Bank's door in Illini Hall
Other interests ,
Useful links
Email:machiang@ust.hk, Tel: (852) 2358 7441
Department of Mathematics
Hong Kong University of Science and Technology
Clear Water Bay, Kowloon
Hong Kong