Appendix E Invited Lectures
Year | Speaker | Title |
1926 | Reynolds | The evolutes of a certain type of symmetrical plane curves |
1926 | Mitchell | The analogue for ideals of the Lagrange-Gauss theory |
of quadratic forms | ||
1926 | Smail | A new treatment of exponentials and logarithms on the basis |
of a modified Dedekind theory of irrationals | ||
1926 | Smith | The derivation and solution of certain ordinary differential equations |
1926 | Foberg | The state course of study in mathematics |
1927 | Crawley | Descartes’ Geometry |
1927 | Owens | The Malfatti problem |
1927 | Dresden | On matrix equations |
1927 | Wilson | Space filling polyhedra |
1927 | Fort | Difference equations |
1927 | Morris | Positive integral solutions of an indeterminate equation |
1928 | Weida | Errors in computation |
1928 | Bennett | The geometry of the triangle |
1928 | Frink | An algebraic method of differentiating |
1928 | Miller | A mechanical theory of the solar corona |
1928 | Alexander | Knots |
1929 | Lamson | Wave mechanics |
1929 | Mitchell | Group characters |
1929 | Eisenhart | Dynamical trajectories and geodesics |
1929 | Ritt | Integration in finite terms |
1930 | Shohat | On orthogonal Tchebycheff polynomials |
1930 | Clawson | A polar reciprocation of the complete quadrilateral |
1930 | Sheffer | Some remarks on non-analytic functions |
1930 | Fort | Almost-periodic functions |
1931 | Rupp | Redundant co-ordinates |
see, hear, and talk | ||
1931 | Smail | On some fundamental conceptions in the theory of infinite processes |
1931 | Smith | Italy and geometry |
1931 | Knebelman | Different kinds of curvature |
1931 | Dresden | Swarthmore honors course in mathematics |
1932 | Raynor | Some boundary value problems in potential theory |
1932 | Kline | The independent arcs of a continuous curve |
Year | Speaker | Title |
1932 | Lehr | On curves with assigned singularities |
1932 | Frink | The problem of measure |
1932 | Mitchell | The life and work of Ramanujan |
1933 | Starke | Binomial congruences |
1933 | Brinkmann | The interpretation of imaginaries in projective geometry |
1933 | Wilder | Connectivity of spaces |
1933 | Kasner | Polygons and groups |
1934 | Shohat | On some applications of Taylor’s Formula |
1934 | Oakley | On successive approximations in differential equations |
1934 | Benner | Some geometry associated with \(\lim_{N\rightarrow\infty}\left(1+\frac1N\right)^N\) |
1935 | Moore | Mathematics and poetry |
1935 | Bailey | Collegiate curricula in mathematics in this section |
1935 | Witmer | Quantum mechanics |
1935 | Hedlund | A macroanalysis of some simple dynamical systems |
1935 | Rau | The teaching of mathematics in the Pennsylvania German schools |
1935 | Bochner | Almost-periodic functions |
1936 | Clarkson | Remarks on abstract spaces |
1936 | Cairns | Triangulations and related problems |
1936 | Wilks | Inverse probability and fiducial inference |
1936 | Murray | The undergraduate comprehensive exam |
1937 | Grant | Farey series |
1937 | Owens, F. | Some multiple perspective relationships |
1937 | Rademacher | On the Bernoulli numbers and the Von Staudt-Clausen theorem |
1937 | Wheeler, A.H. | Stellated polyhedra, illustrated with models |
1938 | Wheeler, A. P | Functions and sequences |
1938 | Tucker | Undergraduate courses in topology and other phases of geometry |
1938 | Carpenter | Meeting the challenge to secondary mathematics |
1938 | Yates | Linkages |
1939 | Lehmer | Mechanical aids in the theory of numbers |
1939 | Oakley | Equations of polygonal configurations |
1939 | Shohat | Orthogonal polynomials in relation to Lagrangian |
and Hermitian interpolation | ||
1939 | Johnson | Old mathematical books and instruments |
in the Schwenkfelder Library | ||
1939 | Owens, H. | Mathematics clubs, old and new |
1940 | Oxtoby | Transitive flows |
1940 | Vanderslice | Modern methods in differential geometry |
1940 | Rademacher | On Dedekind sums |
1940 | Wilks | Statistics involved in College Entrance Exams |
1941 | Bailey | The problem of the square pyramid |
1941 | Brinkmann | Cubic congruences |
1941 | Maker | Recent developments in the Cauchy theory of analytic functions |
1941 | Courant | Problems of stability and instability demonstrated by |
soap film experiments | ||
1942 | Schoenberg | On a theorem of Jensen |
1942 | Raynor | Exterior ballistics |
1942 | Geiringer | On modern methods in the numerical solution of linear problems |
1942 | Curry | The Heaviside operational calculus |
Year | Speaker | Title |
1943 | Wallace | Fixed point theorems |
1943 | Bennett | Some modern viewpoints on Euclidean geometry |
1943 | Oxtoby | Distance sets |
1943 | van de Kamp | Photographic astrometry |
1943 | Webber | Transcendentality of certain continued fractions |
1943 | Rosser | On the many-valued logics |
1944 | Lehr | Mapping problems in aerial photography |
1944 | Dennis | Spherical triangles on a slide rule |
1944 | Gottschalk | Continuous flows and AP functions |
1944 | Murnaghan | The uniform tension of an elastic cylinder |
1945 | Fox | Homotopy groups |
1945 | Lehmer | Some graphical methods in the theory of numbers |
1945 | Zygmund | Some unsolved problems in the theory of trigonometric series |
1946 | Botts | Convex sets |
1946 | Allendoerfer | Slope in solid analytic geometry |
1946 | Hewitt | Generalizations of the Weierstrass approximation theorem |
1947 | Fine | On Walsh functions |
1947 | Cowling | Convergence criteria for continued fractions |
1947 | Murnaghan | Vector methods in the teaching of trigonometry |
and analytic geometry | ||
1947 | Wilks | A few concepts in modern statistical inference |
1948 | Hailperin | Recent advances in symbolic logic |
1948 | Wasow | On a problem in the theory of differential equations |
1948 | Tucker | A geometric approach to the theory of games |
1949 | Hestenes | Some observations relative to mathematics in |
research and development organizations | ||
1949 | Goldstine | Some problems in numerical analysis |
1949 | Oxtoby | Minimal sets |
1949 | Schoenberg | On smoothing operations |
1950 | Wilansky | The essential roughness of mathematical objects |
1950 | Firestone | Systems of axiomatic set theory |
1950 | Epstein | The coefficients of Schlicht functions |
1950 | Hu | Topological properties of spaces of curves |
1951 | Yates | The stimulation of interest |
1951 | Artin | Constructions with ruler and divider |
1951 | Epstein | An infinite-product expansion for analytic functions |
1951 | Kiernan | Articulation of secondary and college mathematics |
1952 | Remage | Matrix inversion by partitioning |
1952 | Goldberg | Probability models in engineering and biology |
1952 | Fine | The Ramanujan identities |
1952 | Lewis | A. An in-service program in statistics; |
B. Some research opportunities in basic mathematics | ||
1953 | Kuhn | Linear equations and inequalities; solvability versus inconsistency |
1953 | Fox | Logical development of knot theory |
1953 | Tinbergen | Mathematical techniques used in economics theory |
1953 | Oakley | A new approach to freshman mathematics |
1954 | Snapper | Coordinates of algebraic varieties |
1954 | Besicovitch | Area and volume |
Year | Speaker | Title |
1954 | Goldstine | Some remarks on numerical stability |
1955 | Brinkmann | A report on the Ford Foundation study on the integration |
of high school and college mathematics | ||
1955 | Rademacher | Dedekind sums and classes of modular substitutions |
1955 | Wisner | Flexagons |
1955 | Feller | On differential operators |
1955 | Kline | Pea soup, tripe and mathematics |
1956 | Scherk | Integers |
1956 | Moise | How to tell that a simple overhand knot is really knotted |
1956 | Wilansky | On the Cauchy criterion for the convergence of an infinite series |
1956 | Rabin | Impossibility of computational algorithms for |
group-theoretic problems | ||
1957 | Hunter, S. | Experimental statistics - some of the concepts and |
mathematical requirements | ||
1957 | Schoenberg | Mass distributions on the circle and convex conformal maps |
1957 | Tucker, A. W. | A report on the recommendations of the Commission on |
Mathematics at the College Board | ||
1957 | Rosen | Mathematics at a National Science Foundation summer institute |
1959 | Luce | Probabilistic models in psychology for the |
study of choice behavior | ||
1959 | Besicovitch | On some extremal problems in geometry |
1959 | Epstein | College mathematics for the prospective graduate student |
1959 | Haag | Work of SMSG |
1959 | Linton | Liaison problems in collegiate mathematics today |
- with the high school | ||
1960 | Gulden | Some basic concepts in algebraic topology |
1960 | Lefschetz | Some non-linear aspects of differential equations |
1961 | Rademacher | Gaussian polynomials and pentagonal numbers |
1961 | Grace | ALGOL 60 |
1961 | Pollak | Recommendations of the panel on physical sciences and |
engineering, Committee on the Undergraduate Preparation | ||
in Mathematics | ||
1962 | Stengle | Some asymptotic problems in analysis |
1962 | Goldstein | On pseudo-gaussian sums and singular series |
1962 | Lisker | Musical practices in the light of modern algebra |
1962 | Manove | Quasinormal linear spaces |
1962 | Bartoo | Undergraduate mathematics: |
Problems posed by large enrollments | ||
1962 | Heilman | Progress report on teacher training in Pennsylvania |
1963 | Bing | Homogeneity |
1963 | Schoenberg | On spline interpolation |
1963 | Oakley | Curriculum from K to 14 |
1963 | Brown | The search for delightful results |
1963 | Cunningham | Arzela’s theorem |
1963 | Fine | Integrability of continuous functions |
1963 | Lehr | A little mathematics of the multiplication table variety |
1963 | Schub | Some mathematical crumbs |
Year | Speaker | Title |
1963 | Wilansky | How using nets simplifies proofs |
1964 | Moise | How to tell that a simple overhand knot is really knotted |
1964 | Feller | The nature of differential operators |
1964 | Hunter, J. | The freshman and sophomore mathematics program |
in Great Britain | ||
1965 | Wilder | The role of the intuition |
1965 | Oberhettinger | Relations which are equivalent with functional |
equations involving the Riemann zeta functions | ||
1965 | Pollak | CUPM general curriculum for colleges |
1966 | Moore, J. C. | Some aspects of homological algebra |
- background and recent developments | ||
1966 | Hammer | Components of mathematical systems |
1966 | Gulden | A brief trip through the affine plane |
1967 | Wilf | Counting finite graphs |
1967 | Brooks | Equivalence of matrices and modules over Dedekind domains |
1967 | Pervin | Algebraic topology for undergraduates |
1968 | Curtis | Characters of finite groups |
1968 | Diaz | A comparison of two uniqueness theorems for the |
ordinary differential equation \(y^\prime=f(x,y)\) | ||
1968 | Richmond | SMSG - A second round |
of curriculum development | ||
1969 | Young | Topological methods in analysis |
1969 | Wolman | A problem of delay in communication systems |
- an application of topological methods | ||
1969 | Mordell | Reminiscences of an octogenarian mathematician |
1970 | Klee | Some unsolved problems from intuitive geometry |
1970 | Wilansky | What is an FK space? |
1971 | Artzy | Analytic geometry stripped of all but incidence |
1971 | Nirenberg | Solvability of linear partial differential equations |
1971 | Willcox | England was lost on the playing fields of Eton: |
A parable for mathematics | ||
1971 | Baxter | Mathematical models in the biological sciences |
1972 | Entringer | Open problems in combinatorial analysis and graph theory |
1972 | Curry | Basic concepts of formalization |
1973 | Rosen | Mathematics and the behavioral sciences |
1973 | Davis | Ghosts of departed quantities |
1973 | McAllister | The use of computers in undergraduate mathematics teaching |
1973 | Goldman | Some mathematical operations research in government |
1974 | England | Bernoulli processes after the isomorphism theorem |
1974 | Gluck | Are closed surfaces rigid? |
1974 | Cunningham | In search of a modern understanding of differentials |
1975 | Pollak | Relations between the application of mathematics |
and the teaching of mathematics | ||
1975 | Wilf | How to choose \(k\) out of \(n\) |
1975 | Eisenberg | Uniformly distributed sequences, stationary processes |
and the ergodic theorem | ||
Year | Speaker | Title |
1976 | Koch | The proof of the four color theorem |
1976 | Max | Catastrophe theory and its applications |
1976 | Cronin | Mathematical aspects of periodic catatonic schizophrenia |
1976 | Plotkin | The sound of mathematics |
1977 | Schattschneider | Tiling the plane with pentagons: A perplexing problem |
1977 | Shatz | Algebraic curves: Confluence of algebra, geometry and analysis |
1977 | Rohde | Some mathematical aspects in the design of |
automotive components | ||
1977 | Thurston | Symmetry |
1978 | Bernstein | The role of applications in pure mathematics |
1978 | Saaty | Priorities, hierarchies, and behavioral systems |
1978 | Rorres | The application of linear programming to the optimal |
harvesting of a renewable resource | ||
1979 | Greene | Problems and results in unimodal sequences |
1979 | Baxter | Rings with involution - An overview |
1979 | George | Mathematical precocity - Identifying and developing that potential |
1980 | Kac | Recollections and reflections on 50 years of probability theory |
1980 | Whitt | Approximation for networks of queues description of complex |
( systems adequate for engineering purposes) | ||
1980 | Porter | Future of the MAA |
1980 | Anderson | Algorithmically defined functions |
1981 | King | Probability and the approximation of continuous functions |
1981 | Halmos | Does mathematics have elements |
1981 | Appel | The proof of the four color theorem |
1982 | Wilf | Some bijective proofs in combinatorics |
1982 | Hilton | Descartes, Euler, and polyhedra |
1982 | Tucker, Alan | Mathematical sciences curricula |
1983 | Todd | Nonlinear equations and optimization: |
Quasi-Newton methods and abstract vector spaces | ||
1983 | Feit | The classification of the finite simple groups |
1983 | Wilansky | What matrices can do |
1983 | Ulam | Mathematical reminiscences and suggestions for the future |
1984 | Shatz | Mordell’s conjecture: |
Ideas and the confluence of arithmetic and geometry | ||
1984 | Steen | Renewing undergraduate mathematics |
1984 | Zagier | Solution of Diophantine equations and the class |
number problem of Gauss | ||
1984 | Coughlin | Remediation: A waste or a gold mine? |
1985 | Golub | Strange attractors and chaotic motion |
1985 | Koblitz | The mythification of Sofia Kovalevskaya |
1985 | Newman | Addition chains when multiplications are free |
1985 | Leighton | Networks, parallel computation and VLSI |
1986 | Kurtz | Computing in the classroom |
1986 | Giordano | A two-tier approach to teaching mathematical modeling |
1986 | Rickey | The invention of calculus: Who, what, when, where, and why? |
1986 | Sandefur | Discrete dynamical systems: An alternative to calculus |
1987 | Devaney | Computer graphics experiments in complex dynamical systems |
Year | Speaker | Title |
1987 | Halmos | Non-commutative analysis |
1987 | Jacobson | Parallel processing architectures |
1987 | Wolfson | Newton: The calculus, the Principia |
1988 | Bressoud | Factorization and primality testing |
1988 | Gottlieb | Topology and the robot arm |
1988 | Edwards | Kronecker’s views of the foundations of mathematics |
1988 | Siegel | Freshman mathematics for the modern age |
1989 | Weber | Problems from the theory of auctions |
1989 | Sward | Everybody Counts: From vision to reality |
1989 | Gluck | How can a drum change shape while sounding the same? |
1990 | Grace | Oil and uncertainty |
1990 | Lovasz | Algorithms using rubber bands |
1990 | Hoffman | Mathematics education reform: Our critical role |
1990 | Kennedy | Exotic topology in dynamical systems |
1991 | DeTurck | What problem are we trying to solve? |
1991 | Graham | Juggling drops and descents |
1991 | Banchoff | Computer graphics and surfaces in four-space: |
Visualizing characteristic classes | ||
1991 | Rossman | Bayesian statistics in the courtroom |
1992 | Kreider | Roots of recursion in mathematics and computer science |
1992 | Dunham | Constructing the regular heptadecagon: |
Ingenuity or just a lucky Gauss? | ||
1992 | Conway | Polyhedra and their symmetries |
1993 | Gallian | The mathematics of identification numbers |
1993 | Pomerance | Polya lecture: “Fermat’s little theorem” |
1993 | Brakke | Soap films and covering spaces |
1993 | Rudin | The rationals and the irrationals |
1994 | Steele | Ruin and riches from Bachelier to Black-Scholes |
1994 | Thornber | Inference beyond logic |
1994 | Stallings | Portfolio and student self-assessment in an |
undergraduate calculus class | ||
1994 | Fink | Bifurcation, catastrophe, singularity, and all that |
Year | Speaker | Title |
1995 | Smith | Spreadsheets in first-year mathematics |
1995 | Wilf | Finding and proving identities with your computer |
1995 | Kannan | Tractable algorithms for phylogeny reconstruction |
1995 | Ascher | Tracings in the sand: An introduction to ethnomathematics |
1996 | Kalman | Sums of powers by matrix methods |
1996 | Gray | Justice by lot: Olympic gold medals, |
Rwandan prisoners and employment discrimination | ||
1996 | Gordon | Using symmetry in teaching group theory |
1996 | Harbater | Symmetry in algebra and geometry |
1997 | Hunt | Fractal dimensions, a Peano-like curve and some measure theory |
1997 | King | Real, complex, and metaphysical ideas of Karl Weierstrass |
1997 | Simion | The many lives of set partitions |
1997 | Ross | Random walks on Z |
1998 | Dobric | A fundamental model in mathematical finance |
1998 | Graham | Juggling permutations of the integers |
1998 | Zeilberger | Synopses of two textbooks: Levi Ben Gerson’s |
Ma’asei Khoshev (ca. 1320) and Shalosh B. Ekhad’s | ||
Plane Geometry (ca. 2050) | ||
1998 | Tattersall | Mathematical vignettes from Cambridge University |
1999 | Dunham | Euler’s sums and Euler’s crumbs |
1999 | Benjamin | Recounting Fibonacci numbers and continued fractions |
1999 | Crawford | Teaching calculus: |
A personal, institutional, and historical perspective | ||
2000 | Andrews | An old algorithm in a new era: |
Major MacMahon, you were born too soon! | ||
2000 | Higgins | Demonic graphs and undergraduate research |
2000 | Maki | Using mathematics to help computers pretend that they can |
see, hear, and talk | ||