161. Alice Silverberg -- Home Page University of California at Irvine. Arithmetic algebraic geometry, applications. Publications, slides, photographs, dances. http://math.uci.edu/~asilverb/

Alice Silverberg Professor of Mathematics and Computer Science University of California at Irvine Email is always the best way to reach me: asilverb@uci.edu Telephone: Office: 219 MSTB Mailing Address: 103 MSTB Mathematics Department, UCI Irvine, CA 92697-3875 BIBLIOGRAPHY CURRICULUM VITAE OLD COURSE WEBSITES ***NEW!!!*** SOUTHERN CALIFORNIA SECURITY AND CRYPTOGRAPHY WORKSHOP , Saturday, September 24, 2005, University of California, Irvine. Center for Cyber-Security and Privacy, Bren School of Information and Computer Sciences, UC Irvine Slides from ANTS VI invited talk, June 15, 2004 (pdf file) PCMI Lecture Notes on Open Questions in Arithmetic Algebraic Geometry (525K PostScript file) MSRI/Evans lecture, December 12, 2000 (unanimated slides) ... Photos, Dances, and other Interesting Things

162. SWAGP2003 ON algebraic geometry AND PHYSICS. School on FourierMukai functors and Nahm transforms . (June 18-23, 2003). Workshop on Geometric Integral Transforms http://mukai.usal.es/wagp03/

ON ALGEBRAIC GEOMETRY AND PHYSICS School on "Fourier- Mukai functors and Nahm transforms" (June 18-23, 2003) Workshop on "Geometric Integral Transforms and Applications" (June 24-27, 2003) DEPARTMENT OF MATHEMATICS, UNIVERSITY OF SALAMANCA, SPAIN Supported by: University of Salamanca International School for Advanced Studies (SISSA), Trieste Spanish Ministry for Science and Technology (MCYT) Advisory Committee E. Arbarello (Pisa) R. Dijkgraaf (Amsterdam) R. Donagi (Philadelphia) B. Dubrovin(SISSA) M.S. Narasimhan (SISSA) C. Viallet (Paris) Scientific Committee Organizing Committee The Department of Mathematics of the University of Salamanca, in collaboration with the International School for Advanced Studies in Trieste (SISSA), is organizing the 2003 School and Workshop on Algebraic Geometry and Physics, that will take place in Salamanca (Spain) from Thursday 19 to Friday 28, June 2003. This event is part of a series of workshops and schools organized since 1996 by SISSA in collaboration with other institutions, including the University of Salamanca. Topics covered will include Fourier-Mukai transform in its various personifications, Nahm transform, derived categories and birational geometry, and applications to mirror symmetry and branes. The arrival and departure days will be:

163. Bruinier, Jan Universit¤t zu K¶ln. Automorphic forms, number theory, and algebraic geometry. Research papers, preprints, and links. http://www.mi.uni-koeln.de/~bruinier/

Prof. Dr. Jan Hendrik Bruinier Mathematisches Institut Weyertal 86-90 Germany Office: 014 Phone: ++49 (0)221 470 4334 Fax: ++49 (0)221 470 6745 E-mail: bruinier at math dot uni-koeln dot de Research interests: Automorphic Forms, Number Theory, Algebraic Geometry Phone: ++49 (0)221 470 4337, E-mail: stiehl at math dot uni-koeln dot de Things of interest Seminar Gitter, Codes, Quadratische Formen (Sommer 05) Arakelov geometry and Shimura varieties Special Year, September 2005 - July 2006, CRM, Bellaterra (Barcelona), Spain Workshop on: Intersection of Arithmetic Cycles and Automorphic Forms, December 12-16, 2005 Publications Useful links Richard Borcherds Eberhard Freitag Stephen S. Kudla Ken Ono ... EIS (binary for x86-Linux), brief description Zentralblatt MATH Database MathSciNet Deutsche Mathematiker-Vereinigung ... Mathematisches Institut Heidelberg Last update: September 6, 2005

164. Prof. J.H. Coates, FRS University of Cambridge. Interests in number theory, arithmetical algebraic geometry, and Iwasawa theory. http://www.dpmms.cam.ac.uk/site2002/People/coates_jh.html

Department of Pure Mathematics and Mathematical Statistics DPMMS People Prof. J.H. Coates, FRS Prof. J.H. Coates, FRS Title: Sadleirian Professor of Pure Mathematics College: Emmanuel College Room: C1.08 Tel: +44 1223 337989 Personal Home Page Research Interests: Number theory, arithmetical algebraic geometry, Iwasawa theory Information provided by

165. Algebraic Geometry Conference 810 October 1999; University of Missouri, Columbia. http://www.math.missouri.edu/~staff/conference/

MIDWEST ALGEBRAIC GEOMETRY CONFERENCE OCTOBER 8-10, 1999 Department of Mathematics, University of Missouri Columbia, MO 65211, USA The Third Midwest Algebraic Geometry Conference will be held October 8-10, 1999 at the University of Missouri, Columbia, The purpose of the conference is to present some recent progress in Algebraic Geometry, with a focus on: Resolution of Singularities. Birational Algebraic Geometry. Commutative Algebra. Algebraic Cycles and Arithmetic Algebraic Geometry. Plenary Speakers: S. Abhyankar , Purdue University V. Alexeev , University of Georgia V. Lakshmibi , Northeastern University M. Hochster , University of Michigan Y. Kawamata , University of Tokyo R. Lazarsfeld , University of Michigan M. Levine , Northeastern University Organizing Committee: Dale Cutkosky (MU), Dan Edidin (MU), and Qi Zhang (MU). Sponsored by the the MU Department of Mathematics. Further information can be obtained by E-Mail: dale@math.missouri.edu edidin@math.missouri.edu or qi@math.missouri.edu or by regular mail to Qi Zhang, Dept. of Mathematics, University of Missouri, Columbia, MO 65211, USA (FAX: 573-882-1869). An online application is available at http://www.math.missouri.edu/~staff/conferences/application2.html

166. Popular Texts Textbook in Problems on Elementary Topology by Viro, Ivanov, Kharlamov and Netsvetaev draft version in postscript. The page also includes several papers on real algebraic geometry. http://www.math.uu.se/~oleg/educ-texts.html

Textbook in Problems on Elementary Topology by O.Ya.Viro, O.A.Ivanov, V.M.Kharlamov and N.Y.Netsvetaev. This is a textbook on Elementary Topology. Still, it is not finished. Hopefully, it will not be yet another textbook. Here is Foreword where we describe ideas and tricks, which can help to get the first impression about the project. To find out more, take a look on Table of Contents I would appreciate any criticism or suggestions either on the general principles or any specific part of the text. The latest version of the whole book (a PostScript file) can be taken here Russian version, which is even less complete, can be found here. Configurations of Skew Lines in the 3-Dimensional Space This is a survey of results on projective configurations of subspaces in general position written by Julia Viro and Oleg Viro in the form of a popular introduction to the subject, with much of the material accessible to advanced high school students. However, in the part of the survey concerning configurations of lines in general position in three-dimensional space we give a complete exposition. The same paper in postscript format: Interlacings of Skew Lines Introduction into Topology of Real Algebraic Varieties Postscript files of the first sections of this text: The Early Topological Study of Real Algebraic Plane Curves A Real Algebraic Curve from the Complex Point of View The Topological Point of View on Prohibitions Patchworking A popular paper concerning a technique for constructing real algebraic varieties by gluing pieces together and counter-examples to the oldest conjecture about topology of real algebraic curves (published in the Intelligencer).

167. MODULAR FORMS AND THEIR APPLICATIONS A summer school for students in number theory, algebra and algebraic geometry. Sophus Lie Conference Center, Nordfjordeid, Norway; 1620 August 2004. http://www.math.uio.no/div/nordfjordeid/modular.html

SUMMER SCHOOL MODULAR FORMS AND THEIR APPLICATIONS 16.-20. August 2004 Sophus Lie Conference Center, Nordfjordeid, Norway Lecturers: Don Zagier (MPI, Bonn) Organizing committee: Sponsors: Program: The summer school is particularly aimed at students in number theory, algebra and algebraic geometry. The course will consist of three intertwined lecture series, "Elliptic modular forms and their applications" (Don Zagier) "Hilbert modular forms and their applications" (Jan Bruinier) "Siegel modular forms and their applications" (Gerard van der Geer) The first of these will treat the classical one-variable theory and some of its many applications in number theory (representations of numbers by quadratic forms, irrationality and transcendence results, moments of periodic functions, ...), algebraic geometry (counting of coverings of curves), and mathematical physics (appearance of modular forms in percolation theory, string theory, etc.) The second, which has a more geometric flavor, will give an introduction to the theory of Hilbert modular forms in two variables (i.e., over real quadratic fields), the geometry of Hilbert modular surfaces, and to Borcherds products and the Borcherds lifting. The third will give an introduction to Siegel modular forms (both scalar- and vector-valued) and present a beautiful application to the theory of curves of finite fields (Harder's conjecture).

168. Alg_arith.icm98 (ICM 1998 Satellite Conference) Essen, Germany; 1015 August 1998. http://www.exp-math.uni-essen.de/zahlentheorie/Alg_Arith_Geo_ICM98/index.html

ICM 1998 SATELLITE CONFERENCE ALGEBRAIC and ARITHMETIC GEOMETRY August 10-15, 1998 Essen, Germany Third announcement There will be a satellite conference on algebraic and arithmetic geometry at the university of Essen, Germany, from August 10 until August 15, 1998. Arrival: Sunday, August 9, afternoon Departure: Saturday, August 15, afternoon Nearest airport: Program: There will be plenary sessions (55 min.) and two parallel series of main lectures (45 min.), one on Geometry and one on Arithmetic. At present the following speakers accepted the invitation: V. Alexeev, V. Batyrev, K. Behrend, S. Bloch, J.-B. Bost, C. Deninger, A. Goncharov, R. Hain, D. Harbater, Y. Ihara, J. de Jong, Y. Kawamata, F. Oort, R. Pink, F. Pop, M. Raynaud, K. Ribet, S. Saito, T. Saito, In addition there will be up to four parallel series of seminar talks (35 min.). The subjects of the seminars include Arithmetic and Arakelov geometry Galois theory Algebraic cycles Birational geometry Geometry and physics Projective geometry and vector bundles Preliminary schedule (new): as ps.file

169. Homepage: Susanne Schmitt (Max-Planck-Institut Für Informatik) MaxPlanck-Institut f¼r Informatik. Effective computational geometry, separation bounds; Computer algebra; algebraic number theory, elliptic curves. Publications. http://www.mpi-sb.mpg.de/~sschmitt/

Department 1: Algorithms and Complexity max planck institut informatik Homepage Susanne Schmitt Department 1: Algorithms and Complexity Building 46.1 , Room 318 Stuhlsatzenhausweg 85 Germany Email: Get my email address via email Phone: Fax: Research Interests Real algebraic numbers, Root isolation, Separation bounds Effective Computational Geometry Computer Algebra Algebraic number theory, Elliptic curves Publications Publications of Dr. Susanne Schmitt Teaching Summer term 2005: Seminar Geometrische Algorithmen, Dr. Susanne Schmitt, Dr. Nicola Wolpert Earlier terms Winter term 2004/2005: Seminar Geometric Rounding, Dr. Lutz Kettner, Dr. Susanne Schmitt Winter term 2004/2005: Lecture Dr. Lutz Kettner, Dr. Susanne Schmitt, Dr. Nicola Wolpert Summer term 2004: Seminar Theorie und Praxis geometrischer Algorithmen, Dr. Susanne Schmitt, Dr. Nicola Wolpert Winter term 2003/2004: Lecture Effective Computational Geometry for Curves and Surfaces, Dr. Lutz Kettner, Dr. Susanne Schmitt, Dr. Nicola Wolpert

170. Amnon Besser: Homepage Ben Gurion University. Number theory, algebraic cycles, algebraic Ktheory and arithmetic geometry. Research, publications, course information, and links. http://www.cs.bgu.ac.il/~bessera/

Prof. Amnon Besser Address Department of Mathematics Ben Gurion University Be'er Sheva 84105 Israel Phone Fax E-mail: bessera@math.bgu.ac.il Room NO. Office hours : Monday 14-16 Education B.Sc. : Tel Aviv University 1985 M.Sc. : Tel Aviv University 1987 Ph.D. : Tel Aviv University 1993 Research Research Interests: Number theory, Arithmetic geometry, p-adic integration, p-adic cohomology, Shimura varieties, Automorphic forms, Algebraic cycles, Algebraic K-theory. List of publications from mathscinet (requires mathscinet authorization) Research profile Research Group: Number Theory and Algebraic Geometry Postdoctoral positions in the group Number theory and Algebraic geometry seminar Publications On the measure of large trigonometric sums , Astererisque 258 (1999) 35-76 CM cycles over Shimura Curves , Journal of Algebraic geometry 4 (1995) 659-691 Elliptic fibrations of K3 surfaces and QM kummer surfaces , Math. Zeitschrift 228 (1998), No. 2, 283-308 On the Kolyvagin cup product , Transactions of the Amer. Math. Soc. 349 (1997), No. 11, 4635-4657 , Doc. Math. 2 (1997), No. 02, 31-46 (electronic)

171. The London Topology And Geometry Seminar Held on Fridays in term with interests in topology, algebraic, differential and symplectic geometry, dynamical systems and mathematical physics. http://www.ma.ic.ac.uk/geometry/seminar.html

The London topology and geometry seminar The seminar is held jointly by Imperial College King's College , and Queen Mary , University of London, with visitors from Cambridge Oxford Warwick and other universities. It is designed for anyone visiting London on a Friday afternoon. To be put on the email list to be notified about seminars, email "subscribe" to geometry-request@ic.ac.uk . Similarly to un subscribe. The organisers are: Martin Bridson Shaun Bullett Simon Donaldson Bill Harvey , and Mark Haskins Some older organisers of the London Geometry seminar: Du Val Roth , and Semple Timetable Friday 7th October. Room 140, Huxley Building, Imperial College Michael Anderson (Stony Brook): Dehn surgery construction of Einstein metrics in higher dimensions. Abstract Friday 14th October. Room 140, Huxley Building, Imperial College Marc Lackenby (Oxford): Counting covering spaces and subgroups in dimension three. Abstract Friday 21st October. Room 140, Huxley Building, Imperial College Tamas Hausel (Oxford and Texas Austin): Cohomology of hyperkahler manifolds via arithmetic harmonic analysis.

172. Algebraic Number Theory Archive Number theory/arithmetic geometry. (~200 articles) http://front.math.ucdavis.edu/ANT/

Algebraic Number Theory Archive Welcome to the (new) Algebraic Number Theory Archive, founded by Nigel Boston and Dan Grayson and currently maintained by Michael Zieve. This archive is for research in algebraic number theory and arithmetic geometry. It is being converted to an overlay for the mathematics arXiv Instructions for authors: Please contribute new submissions to the NT (Number Theory) category of the math arXiv following these submission instructions . Submissions in algebraic number theory will automatically appear here within a few days. Please write to the ANT e-mail address if your arXiv article has been overlooked. Members of the mailing list receive announcements of new e-prints. To subscribe (or unsubscribe), please write to the ANT e-mail address. Some TeX fonts in compressed tar format, including the lams* and xy* fonts, which are needed for some of the e-prints. ANT e-mail address: Papers math.NT/0412357 : 18 Dec 2004, Compatibility of local and global Langlands correspondences , by Richard Taylor and Teruyoshi Yoshida. math.AG/0412294

173. Mathematics 2005, 4-7 April, Liverpool British Pure and Applied Mathematics Colloquium, incorporating the 57th BMC and the 47th BAMC. Special sessions on Dynamical Systems, algebraic and Arithmetic geometry, Solid Mechanics, Mathematical Biology, Mechanics of Fluids, Asymptotic Analysis. Liverpool, UK; 47 April 2005. http://www.maths.liv.ac.uk/~colloquium/

Mathematics 2005 4-7 April Liverpool incorporating th British Mathematical Colloquium th British Applied Mathematics Colloquium Welcome and General Information Scientific Programme Sponsors Liverpool ... Liverpool

174. Wingberg, Kay Universit¤t Heidelberg. algebraic number theory, Iwasawa theory; arithmetic geometry; structure of profinite (or prop) groups. Publications. http://www.mathi.uni-heidelberg.de/~wingberg/agwingberg/wingberg.html

Prof. Dr. Kay Wingberg Mathematisches Institut Im Neuenheimer Feld 288 D-69120 Heidelberg Germany Telefon: +49-(0)6221-54-4897, Sekretariat: -5766, Telefax: -8312 Email: wingberg@mathi.uni-heidelberg.de Sprechstunde: Donnerstags 10-11 Uhr Zi. 226 INF 288 Research interests Publikationen Research interests Algebraic Number Theory, Iwasawa Theory, Arithmetic Geometry, Structure of profinite (or pro-p) Groups Publikationen Cohomology of Number Fields (with Uwe Jannsen) (with Uwe Jannsen) Eine Bemerkung zum Einbettungsproblem mit nicht-abelschem Kern (with Uwe Jannsen) Demuskin-Erzeugende einer elementar-abelschen p-Erweiterung (with Uwe Jannsen) ,p ,p Galois groups of number fields generated by torsion points of elliptic curves Artin/Verdier duality for n-dimensional local fields involving higher algebraic K-sheaves (with Christopher Deninger) On the product formula in Galois groups On the rational points of abelian varieties over Z p -extensions of number fields ... On the Beilinson-conjectures for elliptic curves with complex multiplication (with Christopher Deninger) A Riemann-Hurwitz formula for the Selmer group of an elliptic curve with complex multiplication Representations of locally profinite Groups Duality Theorems for abelian varieties over Z p ... On the fundamental group of a smooth arithmetic surface (with Alexander Schmidt) On the maximal unramified p-extension of an algebraic number field On positively ramified extensions of algebraic number fields Safarevic's theorem on solvable groups as Galois group (with Alexander Schmidt)

175. Clayton Petsche University of Georgia. Diophantine geometry and arithmetic; Local and global heights on algebraic varieties; Uniform distribution on locally compact groups; Applications of harmonic analysis to number theory; Mahler measure of polynomials. Teaching notes. http://www.math.uga.edu/~clayton/

Clayton Petsche VIGRE Postdoctoral Associate Department of Mathematics The University of Georgia Contact Information. Office. Boyd Graduate Research Center, Room 526. Office Hours. Tues. 11-12, Wed. 1-3:30, and by appointment. Mailing Address. Department of Mathematics; The University of Georgia; Athens, GA 30602-7403; U.S.A. Email. clayton at math.uga.edu Papers. Global discrepancy and small points on elliptic curves. (with Matthew Baker). Submitted for publication. ( preprint available in pdf Small rational points on elliptic curves over number fields. Submitted for publication. ( preprint available in pdf A quantitative version of Bilu's equidistribution theorem. International Journal of Number Theory, to appear. ( preprint available in pdf The distribution of Galois orbits of low height. Ph.D. Dissertation, The University of Texas at Austin, 2003. Courses. Fall 2005. Modern Algebra and Geometry I. Spring 2005. Introduction to Higher Mathematics. Fall 2004. Analytic Geometry and Calculus. Job Application Materials. Curriculum Vitae.

176. René Schoof, Università Di Roma TOR VERGATA, Rene Schoof Universit  di Roma “Tor Vergata”. algebraic number theory, arithmetic geometry. Papers, preprints, lecture notes, resources, tables. http://www.mat.uniroma2.it/~schoof/

Address Dipartimento di Matematica Via della Ricerca Scientifica I-00133 Roma, ITALY Phone: +39-06-72594662 Fax: +39-06-72594699 Email: schoof@mat.uniroma2.it schoof@science.uva.nl Anno accademico 2005-2006 Corso di Geometria ed Algebra (Colleferro) Corso di Teoria elementare dei numeri (Ingegneria Informatica) Esami settembre 2005 Corso di Geometria 2 (Ingegneria Edile, Edile/Architettura) Corso di Elementi di algebra e logica (Ingegneria Informatica) Archivio Publications Papers and Preprints Other Agrawal-Kayal-Saxena primality test Tables of curves over finite fields with many points Zeroes of the Riemann zeta function Largest prime number. This week's seminars in Rome Node in the M.I.U.R. cofin 2004 project GVA Various Take a walk in the Jordaan from here Maartens

177. Private Page Berge University Bordeaux. algebraic number theory and geometry of numbers. Publications, recent work, and links. http://www.math.u-bordeaux.fr/~berge/

phone: +33-5-40-00-60-96 (From France : 05-40-00-60-96) fax : +33-5-40-00-69-50 (From France : 05-40-00-69-50) berge@math.u-bordeaux.fr Laboratoire A2X 33405, Talence cedex France Math-info, bibli I am a Mathematics professor at the University Bordeaux 1, emeritus since 2000. My general field of research is number theory. After working for several years on algebraic number theory (Galois module structures, regulators and discriminants), I am presently interested in geometry of numbers. Links to WEB pages of some mathematicians working on lattices and coding theory. Christine Bachoc Richard Borcherds Renaud Coulangeon Noam Elkies ... P. H. Tiep Publications Liste des publications. Format dvi postscript Recent work Perfect Lattices having a prescribed perfect section with the same norm. Classification of positive forms having prescribed automorphisms, Contemporary Mathematics, Volume 249 (1999), 199204. Symplectic lattices, Contemporary Mathematics, Volume 272 (2000), 922. J. Th. Nombres Bordeaux, Volume 12, (2000), 281291. Symmetric Groups and Lattices (avec J. Martinet)

178. Yi Ouyang's Homepage University of Toronto. algebraic number theory and arithmetic geometry cohomological tools to study the arithmetic properties of number fields. Publications. http://www.math.toronto.edu/youyang/

Yi Ouyang , Postdoctoral Fellow Department of Mathematics University of Toronto 100 St. George Street Toronto, ON M5S 3G3, Canada Phone: (416) 978-4156, (905) 828-3841 Fax: (416) 978-4107 Email: youyang@math.toronto.edu Office: Sidney Smith 5016F or South Building 3023C(UTM) Welcome to my homepage. I hope you enjoy your stay here. My name is Yi Ouyang and in Chinese Ou Yang Yi. I am a postdoctoral fellow of the Department of Mathematics at the University of Toronto. Education I got both my BS and MS degrees from the Department of Mathematics at the University of Science and Technology of China , the youngest of the most prestigious universities in China and the proudest of all. You can find some information about my undergraduate study from our class homepage Class 8901 In 1995, I spent a year at Department of Mathematics of the Ohio State University My four years study(1996-2000) at Department of Mathematics of the University of Minnesota ended up with my Ph.D degree in June 2000 under the instruction of Professor Greg William Anderson Research My specialty is algebraic number theory and arithmetic geometry. More specifically, I apply cohomological tools to study the arithmetic properties of number fields. One topic I am studying is the universal norm distributions, which appears quite often in the theory of cyclotomic fields, elliptic curves and modular curves. I determined the group cohomology of some universal norm distributions and used the results to study the Kolyvagin recursions in Euler systems. The other topic I am studying is about the Mordell-Weil group and Selmer group of an abelian variety in number fields, in particular, in a tower of unramified extensions. I am also participating activities in the

179. Prof. C.B. Thomas University of Cambridge. Application of algebraic topology to differential geometry. http://www.dpmms.cam.ac.uk/site2002/People/thomas_cb.html

Department of Pure Mathematics and Mathematical Statistics DPMMS People Prof. C.B. Thomas Prof. C.B. Thomas Title: Professor of Algebraic Topology College: Robinson College Room: E1.19 Tel: +44 1223 337970 Research Interests: It has long been known that the existence of certain geometric structures on smooth manifolds imposes topological constraints. A deeper question is to ask whether these suffice, and if not, what additional conditions are needed. Examples include Riemannian metrics (with positive scalar, Ricci or sectional curvatures), contact and symplectic forms. In attempting to solve these problems interesting arithmetic questions arise - for example on the role of cubic forms in the construction of symplectic 6-manifolds. Other interests: group cohomology, geometrisation of 3-manifolds, application of topology to number theory. Information provided by

180. Home Page Of Chris Towse Scripps College, Claremont. Arithmetic geometry and Riemann surfaces (Weierstrass points), algebraic number theory (generalized continued fractions), combinatorics (chain partitions). http://pages.scrippscollege.edu/~ctowse/ctowse.html

Christopher Towse Office: Balch 204 Phone: (909) 607-3540 E-mail: christopher.towse@scrippscollege.edu Mailing Address: Department of Mathematics 1030 Columbia Ave. Scripps College Claremont, CA 91711 USA Click here for the Scripps Math Department website. Click here for a schedule of the Claremont Colleges Mathematics Colloquium. Teaching Schedule: Fall 2005 Math 32, Calculus III. MWF, 10:00-10:50, Hum 119. Math 175, Number Theory. TTh, 2:45-4:00, Balch 220. Office Hours : Monday 11-12, Tuesday 4-5, Friday 11-12. Or by appointment. For more about the professional me , click here Just a few Math Links Interested in the Putnam Competition? Here is the official site at Santa Clara University . Many colleges and universities put up sites each year, but they seem to change and disappear regularly. Try searching on Google to find the latest sites. Each Fall semester: If you're a Scripps student interested in the Putnam, we'll having practice sessions throughout the semester. Feel free to give me a call or email for more information. Also, Harvey Mudd has practice sessions (which you can take as a half-credit course) each fall. The Number Theory Web lists many resources.

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