61. History Of Mathematics First Exam (c) What application did the chinese mathematicians find for magic squares? (d)Explain the difference between traditional and nontraditional magic squares. http://www.pasles.org/historyexam.html

History of Mathematics First Exam February 25, 1998 SECTION 1: Answer any five questions. 1. Prove that the numbers 220 and 284 are amicable. 2. A positive integer is called abundant if the sum of its 'aliquot parts' (proper divisors) is larger than the given number itself. Classify each of the first ten natural numbers as either abundant, perfect, or neither. Justify your answers! 3. Show that if n is a multiple of , then 2/n can be written as the sum of two distinct unit fractions. Which civilization preferred such a representation? 4. Recall Euclid’s theorem: If 2 k -1 is prime, then 2 k-1 k -1) is perfect. (a) Complete the table below for k to find the first four even perfect numbers. k: k Is 2 k -1 prime? k-1 k (b) "Every even perfect number ends in or , and all even perfect numbers (after the first one) leave a remainder of when divided by ." Verify this statement for the perfect numbers found in part (a). (Feel free to use the method of "casting out nines".) 5. (a) What are the first five pentagonal numbers? (b) Represent them geometrically.

62. NA Digest, V. 01, # 03 From NCTS Announcement announce@MATH.cts.nthu.edu.tw Date Fri, 19 Jan 2001 192745+0800 Subject Congress of chinese mathematicians First Announcement http://www.netlib.org/netlib/na-digest-html/01/v01n03.html

NA Digest Sunday, January 21, 2001 Volume 01 : Issue 03 Today's Editor: Cleve Moler The MathWorks, Inc. moler@mathworks.com Today's Topics: Jerzy Wasniewski Birthday Slides and Photos Numerical Analysis Haiku Project Optimization Online SIAG/LA Prize in Applied Linear Algebra ... Contents, East-West Journal of Numerical Mathematics Submissions for NA Digest: Mail to na.digest@na-net.ornl.gov. Information about NA-NET: Mail to na.help@na-net.ornl.gov. URL for the World Wide Web: http://www.netlib.org/na-net/na_home.html Date: Sun, 21 Jan 2001 09:02:44 +0100 (MET) Subject: Jerzy Wasniewski Birthday Slides and Photos Copies of the slides from my 70th birthday lecture "A look back: 44 years of scientific computing" are available from Html: http://lawra.uni-c.dk/JerzyWasniewski/birthday2001/ Ps : http://lawra.uni-c.dk/JerzyWasniewski/Psfiles/birthday2001.ps Photos from the lecture and from the reception after lecture are on http://lawra.uni-c.dk/Photos/010116/ Date: Fri, 19 Jan 2001 16:07:27 -0600 (CST) Subject: Numerical Analysis Haiku Project The Numerical Analysis Haiku Project (NAHP) is an initiative to gather haikus about or relating to numerical analysis. Here are two examples:

63. NA Digest, V. 00, # 53 The Committee of Feng Kang Prize of Scientific Computing is consists of nine famouschinese mathematicians in the fields of Scientific and Engineering Computing http://www.netlib.org/netlib/na-digest-html/00/v00n53.html

NA Digest Sunday, December 31, 2000 Volume 00 : Issue 53 Today's Editor: Cleve Moler The MathWorks, Inc. moler@mathworks.com Today's Topics: Babuska Prize Feng Kang Prize Hellenic Conference on Computer Mathematics Meeting in Lisbon on Iterative Methods and Symbolic Computation ... Contents, Electronic Journal of Linear Algebra Submissions for NA Digest: Mail to na.digest@na-net.ornl.gov. Information about NA-NET: Mail to na.help@na-net.ornl.gov. URL for the World Wide Web: http://www.netlib.org/na-net/na_home.html Date: Thu, 28 Dec 2000 14:28:37 +0100 (CET) Subject: Babuska Prize 2000 BABUSKA PRIZE AWARDED In December 2000, the Czech Association for Mechanics and the Union of Czech Mathematicians and Physicists again awarded the I. Babuska Prize for the best work in scientific computing submitted by students and young scientists. The Prize winner for 2000 is Dr Gabriela Holubova from the Faculty of Applied Sciences of the University of West Bohemia in Pilsen. The work honored was her PhD thesis Systems of evolution partial differential equations: the existence and qualitative properties of solutions. Let us mention that she got a diploma of honor in the

64. Why Calculus? regard was the work of the Greeks, exemplified by Archimedes' solutions to numerousproblems of quadrature, and the works of the chinese mathematicians Liu Hui http://www.math.nus.edu.sg/aslaksen/teaching/calculus.shtml

Why Calculus? Sir Isaac Newton, 1643-1727 Gottfried Wilhelm von Leibniz, 1646-1716 Objectives of the Module Topics to be Covered ... Project Topics Back to Helmer Aslaksen's home page. Objectives of the Module The goal of the course is to show why calculus has served as the principal quantitative language of science for more than three hundred years. How did Newton and Leibniz transform a bag of tricks into a powerful tool for both mathematics and science? Why is calculus so useful in geometry, physics, probability and economics? Why are mathematicians so concerned with rigor in calculus? Since calculus is about calculating, what is the relationship between calculus and computers? What is the relationship between calculus and new topics like chaos and nonlinearity? If you want to understand what calculus is really about, then this is the course for you. Topics to be Covered Ancient peoples, driven by natural curiosity and the demands of applications, confronted the problems of finding areas and volumes of various shapes. Their methods of solving these problems may be regarded as precursors to integration . Outstanding in this regard was the work of the Greeks, exemplified by Archimedes' solutions to numerous problems of quadrature, and the works of the Chinese mathematicians Liu Hui and Zu Chongzhi. Concepts resembling differentiation did not arise until much later.

65. Italian-Chinese Colloquium It represents a natural enlargement of a long and fruitful scientific cooperationamong neapolitan and chinese mathematicians, belonging to Federico II http://www.matamb.unina.it/cina.html

4th International Meeting on Mathematics and Environment Naples, Italy, October 24-28, 2000 FIRST IT ALI AN CHINESE COLLOQUIUM ON NEW CONTRIBUTIONS ON MATHEMATICAL MODELLING OF DIFFUSION PROBLEMS PROPOSED BY S ALVATORE R IONERO and P AOLO F ERGOLA (Naples,Italy), M A Z HIEN and X U Z HONGBEN (Xi'an,China) The First italian-chinese colloquium is the main part of the morning sessions of the 4th International Meeting on Mathematics and Environment. It represents a natural enlargement of a long and fruitful scientific cooperation among neapolitan and chinese mathematicians, belonging to Federico II University of Naples and Xi'an Jiaotong University of Xi'an. It can be viewed as the official occasion to make stronger such a cooperation as well as to extend it to other italian and chinese universities, by including new and important research topics. The interest of this colloquium is also related to the high attention presently payed to the environmental problems both in Italy and in China, by scientist and government authorities. One of the main aims of this colloquium is to give an opportunity for the proposal of new italian-chinese research cooperation projects.

66. Computer Error The chinese mathematicians widely employed these tables and becameperfectly convinced of the convenience of them. But there are http://www.resologist.net/art01.htm

Computer Error by X When one speaks today of "computer error," one is most often referring to a flaw in the electronic or mechanical functioning of a programmed machine. An extraordinary case of computer error occurred long before the advent of mechanical and electronic computers, however, as noted by Charles Babbage in an 1827 publication entitled On Errors Common to Many Tables of Logarithms Early astronomers spent long periods of time making calculations for tracking and predicting the orbits of comets, planets, and moons, and for determining the occurrence of eclipses. For example, in calculating the orbit of Halley's Comet, the French astronomer Joseph de Lalande (1732-1807) said: During six months, we calculated from morning till night, sometimes even at meals, the consequence of which was, that I contracted an illness which changed my constitution for the remainder of my life. The assistance rendered by Madame Lepaute was such, that without her, we never could have dared to undertake the enormous labour, in which it was necessary to calculate the distance of each of the two planets, Jupiter and Saturn, from the comet, and their attraction upon that body, separately for every successive degree, and for 150 years. Charles Fort often ridiculed astronomers for this activity, because they would explain by mathematical calculations what they could not observe through their telescopes, in other words, because they were substituting theory for empirical fact. The profusion of false astronomical predictions and pronouncements that Fort so gleefully pointed out may be largely attributed to the "computer error" that Babbage noted.

67. A Chronology Of Significant Events In The History Of Science And Technology 190 chinese mathematicians calculated pi to five decimal places.271 - chinese mathematicians invented the magnetic compass. 335 http://literacyproject.org/Charboneau/tunits/HistoryScientificThought/CrimsonChr

This is a redacted version of a much more extensive list found at CrimsonBird A Chronology of Significant Events in the History of Science and Technology http://crimsonbird.com c. 2725 B.C. - Imhotep in Egypt considered the first medical doctor c. 2000 B.C. - Chinese discovered magnetic attraction c. 700 B.C. - Greeks discovered electric attraction produced by rubbing amber c. 600 B.C. - Anaximander discovered the ecliptic (the angle between the plane of the earth's rotation and the plane of the solar system) c. 600 B.C. - Thales proposed that nature should be understood by replacing myth with logic; that all matter is made of water c. 585 B.C. - Thales correctly predicted solar eclipse c. 530 B.C. - Pythagoras developed mathematical theory c. 450 B.C. - Anaxagoras proposed the first clearly materialist philosophy - the universe is made entirely of matter in motion c. 370 B.C. - Leucippus and Democritus proposed that matter is made of small, indestructible particles c. 300 B.C. - Euclid wrote "Elements", a treatise on geometry c. 300 B.C. - Aristarchus proposed that the earth revolves around the sun; calculated diameter of the earth

68. University Of Joensuu the Far East. Consequently, a number of chinese mathematicians havereceived their doctorates in Joensuu. Together with a (smaller http://www.math.utu.fi/arviointi/univjoensuu.html

UNIVERSITY OF JOENSUU Department of Mathematics Considering the geographical location of Joensuu, it is remarkable, and to the credit of those responsible, that such strong mathematical research is being performed here. The panel is impressed by what has been achieved by relatively modest means. One can only hope that the budget crunch with ensuing bigger teaching load and less time for research will not completely wipe out this growing plant. The University of Joensuu has slowly changed from a teacher training college to a modern university. However, the recruitment base for mathematicians is still small, and graduate students hard to find. Nevertheless the mathematics department has managed to produce quite a few PhDs albeit by taking some foreign students. CLIFFORD ALGEBRAS AND POTENTIAL THEORY Sirkka-Liisa Eriksson-Bique Eriksson-Bique has earlier worked in (abstract) potential theory but has now taken up the study of quarternions and, more generally, n-dimensional Clifford algebras, and is making contributions to so-called hypercomplex analysis, i.e. the effort to extend the classical theory of holomorphic functions of one complex variable to spaces of higher (real) dimensions. In this she is cooperating with H. Leutwiler in Erlangen. The calculus of hypercomplex functions is complicated, due to the non-commutativity of the Clifford algebra, making even the treatment of powers nontrivial. New formulas and calculation tools are required, and in this vane Eriksson-Bique has derived e.g. formulas for binomial coefficients and derivatives of powers. Although it is not quite clear where these efforts will or could lead, it gives rise to intriguing problems requiring ingenuity and perseverance to solve.

69. Abstracts Of Term Papers strengths that the Chinese people have exhibited over several centuries, and I mentionthe accomplishments of a few noteworthy chinese mathematicians, such as http://www-personal.umich.edu/~pberman/termpapers.html

Abstracts of Term Papers Duncan Chapman The Continuing Development of Ethical Medical Practice Based on Scientific Discoveries and Cultural Milieu: From Athens to Ann Arbor. Ethics and medical practice in ancient Greece were most heavily influenced by Hippocrates and Galen. To show how modern ethics and medicine relate to the practice in ancient Greece I decided to have them time travel to Ann Arbor. During the process they both acquire colds and check into a local hospital. From their encounter they reflect on how our health care system compares to their ethical codes and views of medicine. I felt this would be a unique way to show how the two major contributors to Greek medicine and ethics would view our practice of medicine, in the wake of corporate takeover and scientific advancements. In a sense current medical practices result from the struggle between scientific discoveries and their acceptance in contemporary society. Erica Chernick Chinese Science My term paper concentrates on the significant Chinese scientific, mathematical and technological developments. One of the main points of my

70. Untitled Document Proceedings of the International Congress of chinese mathematicians (Ams/IpStudies in Advanced Mathematics) (with Lo Yang) (January 2001). http://www.hkedcity.net/feature/scholar/1227-tsyau/profile_e.html

Professor Yau, Shing Tung is the world renowned mathematician who is the only Chinese being awarded the Fields Medal ( the Fields Medal has played the role of the Nobel Prize in Mathematics). The Fields Medal (1982) is a formal recognition for his contributions in the partial differential equations, the Calabi conjecture in algebraic geometry, the positive mass conjecture of general relativity theory, and the real and complex Monge-Ampere equations. Prof. Yau was born in Shantou in 1949, and then immigrated to Hong Kong. After graduating from Pui Ching Middle School in 1966, he completed his Bachelor's degree in Mathematics at The Chinese University of Hong Kong . He studied for his doctorate at the University of California at Berkeley and received his Ph.D. in 1971. Between 1971 and 1987 he held appointments at a number of institutions, including Stanford (Calif.) University (1974-79), the Institute for Advanced Study, Princeton, N.J. (1979-84), and the University of California, San Diego (1984-87). He is now a Professor of Mathematics at Harvard University and has joint appointments as Professor of Mathematics of the Chinese University and the Director of the Institute of Mathematical Sciences (IMS) in the Chinese University of Hong Kong.

71. —m}‘2001/8 26, First International Congress of chinese mathematicians proceedings of ICCM98,December 1216, 1998, Morningside Center of Mathematics, Chinese Academy of http://www.math.nagoya-u.ac.jp/library/y2001-08.html

title, author/editor, publisher, year call number A first course in noncommutative rings / T.Y. Lam. 2nd ed.. Springer, c2001. (Graduate texts in mathematics ; 131). A treatise on many-valued logics / Siegfried Gottwald. Research Studies Press, c2001. (Studies in logic and computation ; 9). Algebraic combinatorics and applications : proceedings of the Euroconference Algebraic Combinatorics and Applications (ALCOMA), held in GòNssweinstein, Germany, September 12-19, 1999 / Anton Betten ... [et al.], editors. Springer, c2001. An introduction to commutative algebra and number theory / Sukumar Das Adhikari. Narosa, c1999. An introduction to computational geometry for curves and surfaces / Alan Davies and Philip Samuels. : hbk, : pbk. Clarendon Press. (Oxford applied mathematics and computing science series). Analysis for applied mathematics / Ward Cheney. Springer, c2001. (Graduate texts in mathematics ; 208). Arrangements and hypergeometric integrals / Peter Orlik, Hiroaki Terao. Mathematical Society of Japan, 2001. (MSJ Memoirs ; v. 9). Arrangements and hypergeometric integrals / Peter Orlik, Hiroaki Terao. Mathematical Society of Japan, 2001. (MSJ Memoirs ; v. 9).

72. Chinese Remainder Problem Chinese Remainder Problem, Ancient chinese mathematicians have learnedhow to solve these types of problems around 100 AD. Part 1. Find http://hyperion.advanced.org/22494/problems/arithmetic/ari_pr1.htm

Chinese Remainder Problem Ancient Chinese mathematicians have learned how to solve these types of problems around 100 A.D. Part 1. Find the smallest number that leaves remainders of 2, 3, and 2 when divided by 3, 5, and 7 respectively. Part 2. Find the smallest number that leaves remainders of 1, 2, 3, 4, and 5 when divided by 2, 3, 4, 5, and 6 respectively. Solution Go Back to Arithmetic Problems

73. Timelines Of Technology called the Antonine Wall) built. 200c chinese mathematicians learnto use the saunpan computing tray. 520 Pope has calendar re http://www.electric-words.com/time/timetechbefore1400.html

Evolution of Technology Before 1400AD 4713 BC Jan 1: This is the coincidence in Egypt from which Julian Time is measured. 3800 BC: Bronze used in Middle East and China. it is about 3 times as hard as copper. 3100 BC: Upper and Lower Egypt united under Menses. The capital was at Memphis. This was the period when hieroglyphics were developed. 3100 1400 BC: The long period in which Stonehenge was layed out and built. This was Bronze Age in Britain. 2500 BC: First evidence of smelted iron used as tool in Pyramid. 2000 BC: Horses and Chariots introduced into Europe. 1800 1400 BC: Major period of the actual Stonehenge building (in three stages). 1500 BC: Iron now being used substantially by Hittites. 1500 BC: Beginning of Shang dynasty in China. The first real Chinese dynasty. It is based on bronze. 1000 BC: The Iron Age is well underway. 776 BC: The first Olympic Games is founded as a sporting and religious festival. Mythology says Hercules challenged his brothers to a running race with the prize, an olive branch. 620 BC: Draco creates the first coded laws in Athens.

74. China Hosts 24th International Congress Of Mathematicians Home China Flash World Sports Photos Xinhua Database Economic Information Xinhua News Service chinese(GB) chinese(Big5) Spanish French Japanese Portuguese Russian Arabic HomePage Favorites About us Related Stories China set to lead http://news.xinhuanet.com/english/2002-08/20/content_531946.htm

Home China Flash World ... Arabic HomePage Favorites About us Related Stories China set to lead world maths research Backgrounder: Nevanlinna Prize Backgrounder: Fields Medal Prize Backgrounder: International Congress of Mathematicians Related Special Report Print E-mail this news to Friends China hosts 24th International Congress of Mathematicians Xinhuanet 2002-08-20 20:47:10 ¡¡¡¡BEIJING, Aug. 20 (Xinhuanet) The 24th International Congress of Mathematicians (ICM), held in China for the first time, opened in Beijing on Tuesday in the Great Hall of the People. ¡¡¡¡Chinese President Jiang Zemin attended the ceremony and with Jacob Palles, president of the International Mathematics Union (IMU), awarded Fields Medals to France's Laurent Lafforgue and Vladimir Voevododsky from Russia. ¡¡¡¡Madhu Sudan from the Massachusetts Institute of Technology won the Nevanlinna Prize. ¡¡¡¡More than 2,000 foreign and over 1,000 Chinese mathematicians attended this academic gathering, which is held every four years. ¡¡¡¡Addressing the opening ceremony, Chinese Vice-Premier Li Lanqing said China was striving for modernization and during the process, more and more young scholars had become active in the international academic arena.

75. New General Information of ICM2002 Financial Support; Senior mathematicians from Developing...... Hours; chinese Food Restaurant; Entertainment Attention; Water Electricity. http://www.icm2002.org.cn/A/general.htm

General Information Information Focus Call for Donations Countdown! ... Notes on Cash Donations to ICM2002 (in Chinese) Public Supporting to ICM2002 (in Chinese) What is ICM2002? Scientific Program Schedule Venue International Mathematical Union(IMU) ... Section Descriptions Opening Session in The Great Hall of the People Other Sessions in Beijing International Convention Center View Map Congress Deadlines ... Beijing Introduction Other Events of ICM2002 Travel Area Population City Flowers ... The Window of Captial Calendar of ICM2002 Book and Software Exhibitions Events for the General Public Other Mathematical Conferences Passports and Visas Airlines and Travel agent Transportation Local Transportation ... Miscellaneous Information Financial Support programs Arriving in Beijing

76. Visiting Mathematicians 2000/2001 Visiting mathematicians 2000/2001. AugustNovember DecemberMarch AprilJulyName. 9/2000. ZhouPing Xin (Courant Institute chinese University, Hong Kong). http://math.cts.nthu.edu.tw/Mathematics/visitor/Visitor2000.html

Visiting Mathematicians 2000/2001 AugustNovember DecemberMarch AprilJuly Name Field of Interest Period of Visit Chiun-Chuan Chen (National Taiwan University) PDE Brendan Hassett (Rice University) Algebraic Geometry Abbas Bahri (Rutgers University) PDE Fang-Hua Lin (Courant Institute) PDE Frank Merle (Universite de Cergy-Pontoise) (Institut Universitaire de France) Singularity Poimaton (Existence, Qualitative Behavior) in Hamitonian Systems Haim Brezis Nonlinear Functional Analysis H. Berestycki (Universite Pierre et Marie Curie) PDE Jalal Shatah (Courant Institute) PDE Joseph J. Kohn (Princeton University) PDE Louis Nirenberg (Courant Institute) PDE M. Grillakis (University of Maryland, College Park) Hyperbolic PDE Richard M. Schoen (Stanford University) Differential Geometry Sergiu Klainerman (Princeton University) PDE S. R. Srinivasa Varadhan (Courant Institute) Probability Theory Sun-Yung Alice Chang Geometric Differential Equations Tai-Ping Liu (Stanford University) PDE Yan-Yan Li (Rutgers University) Geometric Analysis Yoshikazu Giga (Hokkaido University, Japan)

77. Visiting Mathematicians 2001/2002 Visiting mathematicians 2001/2002 AugustNovember DecemberMarch AprilJuly XiaotaoSun (chinese Academy of Sciences), Algebra, 8/2001-9/2001. http://math.cts.nthu.edu.tw/Mathematics/visitor/Visitor2001.html

Visiting Mathematicians 2001/2002 AugustNovember DecemberMarch April-July Name Field of Interest Period of Visit Yuan-Pin Lee (UCLA) Gromov-Witten theory Algebraic geometry Mathematical physics Tzi-Sheng Yang (I-Shou University) Cellular Neural Network So-Hsiang Chou (Bowling Green State University) Numerical PDE John L. Spouge (National Center for Biotechnology Information) Biotechnology Information Winnie W. -C. Li (Penn. State University) Number Theory M. Waldschmidt (University of Paris 6) Number Theory Y. Andr'e (CNRS and University of Paris 6) Number Theory Jiu-Kang Yu (University of Maryland) Number Theory E. Urban University Paris-Nord) Number Theory Ching-Li Chai (University of Penn.)

78. News & Views - Top Mathematicians Worry About Future Of China's Maths Studies (8 A professor of mathematics at Harvard University, Yau is the only chinese to winthe prestigious Fields Medal Prize awarded to the world's top mathematicians. http://www.chinahouston.org/news/2002822114053.html

Top Mathematicians Worry About Future of China's Maths Studies (8/22/2002) While optimists see the ongoing International Congress of Mathematicians (ICM) in Beijing as a sign of China's nearing the top of the global mathematics class, several leading mathematicians have expressed concerns over the future of maths studies in the world's most populous nation. "Chinese mathematical studies still lag far behind world-class level," said Shing-Tung Yau, a Chinese-American with membership of both countries national science academies. A professor of mathematics at Harvard University, Yau is the only Chinese to win the prestigious Fields Medal Prize awarded to the world's top mathematicians. Chen Mufa, a Chinese professor of mathematics who will deliver an hour-long plenary lecture during the nine-day conference, echoed Yau's comments. He conceded that Chinese maths studies currently lagged behind a number of countries including the United States, Germany, France, Japan, Russia and Canada. After big names like Hua Luogeng, Shiing-shen Chern and Chen Jingrun, China had hardly contributed any outstanding master mathematicians to world maths circles in the past two decades, said Wu Wenjun, a prominent member of the Chinese Academy of Sciences who is also chairman of the current ICM. Some experts believe that in Chinese society today, with people becoming increasingly pragmatic, basic sciences are losing their popularity and could face a bleak future without extra support from the government.

79. History Of Mathematics: Egyptian Math, Pi, Magic Squares, Chinese Arithmetic, Me The biographies of mathematicians who invented the games are reported including pictures CHINESEARITHMETIC/ASTRONOMY UNDER HUANGTI (2750 BCE) It is believed http://nunic.nu.edu/~frosamon/history/bc3000.html

HISTORY OF NUMERAL SYSTEMS (4700 B.C.E.-1500 C.E.) A timeline and brief history of numeral systems were indicated from 4700 B.C. to 1500 A.D. Many cultures through-out the world had developed numeral systems for their own community technological advancement. HISTORYCAL CREATORS OF MATHEMATICAL GAMES AND THEIR BIOGRAPHIES (1850 B.C.E.-Present) Mathematical games and recreations started around 1850 BC and continued on to the present by famous mathematicians. The biographies of mathematicians who invented the games are reported including pictures and graphs in this web site. MAGIC SQUARES (2200 B.C.E.) The magic square has been studied for a long period of time. It shows how a magic square is formed and who studied the magic squares. ARISTOTLE-DEDUCTIVE LOGIC (340 B.C.E.) Aristotle wrote a book called "TOPICS" which started out with a discussion of deductive logic. The whole world reestablished this book starting with the Islamic translation on through time. HISTORY OF PI (287 B.C.E. to present time) There are a several different methods of estimating the value of pi: Archimedes' method of exhaustion, Leibniz series, Machin formula using tangents, and others. THALES, FOUNDER OF GREEK GEOMETRY (585 B.C.E.)

80. Directory For Hong Kong Mathematicians Information on the whereabouts of mathematicians currently working in Hong Kong, with research subject Category Science Math mathematicians Directories...... up to date information on the whereabouts of mathematicians currently working AU,Kwok Keung Thomas Department of Mathematics, The chinese University of Hong http://www.math.hkbu.edu.hk/hkms/hkms_dir.html

Directory for Hong Kong Mathematicians As a service to the mathematics community in Hong Kong, the HKMS started publishing this Who's Where Directory for Hong Kong Mathematicians in 1995. Since 1999, there is a Subject Indexing feature for this Directory so that you may search for fellow researchers in your field. This directory tries to provide up to date information on the whereabouts of Mathematicians currently working in Hong Kong, and will be updated on a regular basis using information provided by our members and by the tertiary institutions in Hong Kong. Your help in this regard is most appreciated: if you see any errors or omissions in the directory, please report any errors or changes in personal information to cstong@hkbu.edu.hk Last updated . A B C D ... AU, Kwok Keung Thomas Department of Mathematics, The Chinese University of Hong Kong Tel: 2609 7981 Fax: 2603 5154 Email: thomasau@cuhk.edu.hk Research interests: Geometric topology, dynamics, geometric analysis A B C D ... CALDWELL, James Department of Mathematics, City University of Hong Kong Tel: 2788 8934 Fax: 2788 8561 Email: majimca@cityu.edu.hk

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