Steven J. Miller                                                      
Assistant Professor of Mathematics, Williams College               
202 Bronfman Science Center, 413-597-3293
(Steven.J.Miller AT williams.edu)
Faculty Program Director for Spencer Neighborhood
Click here for my schedule

curriculum vita (click here for annotated bibliography)
research statement
teaching statement  
  Welcome letter to Williams Students
Possible thesis / colloquium projects
Opportunities in Mathematics (REUs, gradschool)
photos of Cam and Kayla

UPCOMING CONFERENCES:    Random Processes (Holy Cross, April 2011)        Undergraduate Research Session (Holy Cross, April 2011)


RESEARCH INTERESTS:  Analytic Number Theory, Random Matrix Theory, Analysis and Probability (distribution of zeros and n-level statistics for
families of L-functions, especially families of elliptic curves with rank over Q(T), classical random matrix theory, random graphs, ranks of elliptic curves, computational number theory, probability theory, Benford's Law, cryptography, linear programming, multiple Dirichlet series).

      Thesis         Papers        Talks     My Book (An Invitation to Modern Number Theory)      Handouts      My Riddles Page

ACCEPTED  PAPERS    Click here for an annotated bibliography of my work

  1. 1- and 2-level densities for rational families of elliptic curves: evidence for the underlying group symmetries. Compositio Mathematica (140 (2004), no. 4, 952-992).    pdf
  2. Distribution of eigenvalues for the ensemble of real symmetric Toeplitz matrices (with Chris Hammond). Journal of Theoretical Probability (18 (2005), no. 3, 537-566).   pdf
  3. Benford's law, values of L-functions and the 3x+1 problem (with Alex Kontorovich), Acta Arithmetica(120 (2005), no. 3, 269–297)pdf.
  4. Variation in the number of points on elliptic curves and applications to excess rank, C. R. Math. Rep. Acad. Sci. Canada (27 (2005), no. 4, 111120, Expanded Version). pdf
  5. Incomplete exponential sums in several variables (with Eduardo Dueñez, Howard Straubing, and Amitahba Roy), Journal of Number Theory (116 (2006), no. 1, 168199). pdf
  6. Closed-form Bayesian inferences for the logit model via polynomial expansions (with Eric Bradlow and Kevin Dayaratna), Quantitative Marketing and Economics (4 (2006), no. 2, 173206).   pdf
  7. Investigations of zeros near the central point of elliptic curve L-functions, Experimental Mathematics (15 (2006), no. 3, 257–279).  pdf  (data available online).
  8. The low-lying zeros of a GL(4) and a GL(6) family of L-functions (with Eduardo Dueñez), Compositio Mathematica (142 (2006), no. 6, 1403–1425) pdf.
  9. Low-lying zeros of L-functions with orthogonal symmetry (with Chris Hughes), Duke Mathematical Journal (136 (2007), no. 1, 115–172)   pdf
  10. Constructing one-parameter families of elliptic curves over Q(T) with moderate rank (with Scott Arms, Alvaro Lozano-Robledo), Journal of Number Theory. (123 (2007), no 2, 388–402   pdf
  11. A derivation of James' Pythagorean projection, By The Numbers -- The Newsletter of the SABR Statistical Analysis Committee (16 (February 2006), no. 1, 1722).   pdf (expanded version: pdf).  Chance Magazine (20 (Winter 2007), no. 1, 40-48).
  12. Distribution of eigenvalues of real symmetric palindromic Toeplitz matrices and circulant matrices (with Adam Massey and John Sinsheimer), Journal of Theoretical Probability(20 (2007), no. 3, 637--662.)  pdf
  13. Benford's Law applied to hydrology data - results and relevance to other geophysical data (with Mark Nigrini), Mathematical Geology (39 (2007), no. 5, 469--490).  pdf
  14. When the Cramer-Rao Inequality provides no information, Communications in Information and Systems.  (7 (2007), no. 3, 265--272).   pdf
  15. The Modulo 1 Central Limit Theorem and Benford's Law for Products (with Mark Nigrini), International Journal of Algebra. (2 (2008), no. 3, 119--130). pdf
  16. A Symplectic Test of the L-Functions Ratios Conjecture, IMRN (2008). (Vol. 2008, article ID rnm146, 36 pages, doi:10.1093/imrn/rnm146).   pdf
  17. An identity for sums of polylogarithm functions, Integers (electronic journal of combinatorial number theory). (8 (2008), A15)   pdf
  18. A probabilistic proof of Wallis' formula for π, American Mathematical Monthly. (115 (2008), no. 8, 740--745)   pdf
  19. The distribution of the second largest eigenvalue in families of random regular graphs (with Tim Novikoff and Anthony Sabelli), Experimental Mathematics. (17 (2008), no. 2, 231--244.)  pdf
  20. Order statistics and Benford's law (with Mark Nigrini), International Journal of Mathematics and Mathematical Sciences (Volume 2008 (2008), Article ID 382948, 19 pages, doi:10.1155/2008/382948)  pdf
  21. Lower order terms in the 1-level density for families of holomorphic cuspidal newforms, Acta Arithmetica. (137 (2009), 51-98)  pdf
  22. Chains of distributions, hierarchical Bayesian models and Benford's Law (with D. Jang, J. U. Kang, A. Kruckman and J. Kudo), Journal of Algebra, Number Theory: Advances and Applications. (volume 1, number 1 (March 2009), 37--60)   pdf
  23. An orthogonal test of the L-functions Ratios Conjecture, London Mathematical Society. (2009, doi:10.1112/plms/pdp009)   pdf
  24. Silver Scheduler: Demand-Driven Scheduling of Movies in a Multiplex (with Jehoshua Eliashberg, Quintus Hegie, Jason Ho, Dennis Huisman, Sanjeev Swami, Charles B. Weinberg and Berend Wierenga), lead article International Journal of Market Research and won award for best paper of 2009 (doi:10.1016/j.ijresmar.2008.09.004)  pdf
  25. The effect of convolving families of L-functions on the underlying group symmetries (with Eduardo Dueñez), Proceedings of the London Mathematical Society. (2009; doi: 10.1112/plms/pdp018)   pdf
  26. When almost all sets are difference dominated (with Peter Hegarty), Random Structures and Algorithms. (35, 2009, no. 1, 118-136)   pdf 
  27. Nuclei, primes and the random matrix connection (with Frank W. K. Firk), invited paper to Symmetry (1, (2009), 64--105; doi:10.3390/sym1010064)   pdf
  28. Data diagnostics using second order tests of Benford's Law (with Mark Nigrini), Auditing: A Journal of Practice and Theory.  (28 (2009), no. 2, 305--324. doi: 10.2308/aud.2009.28.2.305)  MSWord file
  29. Explicit constructions of infinite families of MSTD sets (with Brooke Orosz and Dan Scheinerman), Journal of Number Theory (130 (2010) 1221--1233) pdf
  30. A unitary test of the L-functions Ratios Conjecture (with John Goes, Steven Jackson, David Montague, Kesinee Ninsuwan, Ryan Peckner and Thuy Pham), Journal of Number Theory. (130 (2010) 2238--2258)  pdf
  31. Towards an `average' version of the Birch and Swinnerton-Dyer Conjecture (with John Goes), Journal of Number Theory (130 (2010), no. 10, 2341--2358)    pdf
  32. An Orthogonal Test of the L-functions Ratios Conjecture, II (with David Montague),  Acta Arithmetica  (146 (2011), 53--90.)  pdf
  33. Rational irrational proofs (with David Montague), to appear in Mathematics Magazinepdf (expanded version: pdf;    letter from Nerode and Tennenbaum on history of proof: pdf)
  34. Explicit constructions of infinite families of MSTD sets (with Dan Scheinerman), Additive Number Theory: Festschrift In Honor of the Sixtieth Birthday of Melvyn B. Nathanson, David Chudnovsky and Gregory Chudnovsky (Editors), Springer-Verlag, 2010. pdf
  35. Demand-driven scheduling of movies in a multiplex (with Jehoshua Eliashberg and Charles B. Weinberg), newsletter of the European Marketing Academy, October 2010 (requested summary of Silver-Scheduler paper in honor of it receiving the International Journal of Market Research Best Paper Award for 2009).
  36. Effective equidistribution and the Sato-Tate law for families of elliptic curves (with M. Ram Murty), Journal of Number Theory (131 (2011), no. 1, 25-44)   pdf
  37. The lowest eigenvalue in Jacobi ensembles and Painlevé VI (with Eduardo Dueñez, Duc Khiem Huynh, Jon Keating and Nina Snaith), Journal of Physics A: Mathematical and Theoretical (43 (2010), 405204, 27pages)   pdf
  38. Isoperimetric Sequences (with Frank Morgan, Edward Newkirk and Lori Pedersen), Mathematics Magazine (84 (Feb. 2011), 37--42).  pdf
  39. Distribution of eigenvalues for highly palindromic real symmetric Toeplitz matrices (with Steven Jackson and Thuy Pham), to appear in the Journal of Theoretical Probability.     pdf
  40. A combinatorial identity for studying Sato-Tate type problems (with M. Ram Murty and F. Strauch), to appear in Rendiconti del Seminario Matematicopdf
  41. Moments of the rank of elliptic curves (with Siman Wong), to appear in the Canadian Journal of Mathematics.     pdf
  42. The `Real' Schwarz lemma (with David Thompson): to appear in the American Mathematical Monthly.   pdf
  43. An elliptic curve family test of the Ratios Conjecture (with Duc Khiem Huynh and Ralph Morrison), Journal of Number Theory (131 (2011), 1117--1147)  pdf
  44. On the number of summands in Zeckendorf decompositions (with Gene S. Kopp, Murat Koloğlu and Yinghui Wang), Fibonacci Quarterly. (49 (2011), no 2, 116--130)   pdf
  45. The Limiting Spectral Measure for Ensembles of Symmetric Block Circulant Matrices (with Gene S. Kopp Murat Koloğlu, Frederick Strauch, Wentao Xiong). to appear in the  Journal of Theoretical Probability   pdf
  46. Gaussian Behavior in Generalized Zeckendorf Decompositions (with Yinghui Wang). Submitted to Conference Proceedings of CANT 2011. pdf
  47. Finding and Counting MSTD sets (with Geoffrey Iyer, Oleg Lazarev and Liyang Zhang). Submitted to Conference Proceedings of CANT 2011. pdf
  48. Generalized Ramanujan Primes (with Nadine Amersi, Olivia Beckwith, Ryan Ronan and Jonathan Sondow). Submitted to Conference Proceedings of CANT 2011. pdf
  49. Generalized More Sums Than Differences Sets (with Geoffrey Iyer, Oleg Lazarev and Liyang Zhang). Submitted to the Journal of Number Theory. pdf 

SUBMITTED  PAPERS    Click here for an annotated bibliography of my work

  1. From Fibonacci Numbers to Central Limit Type Theorems (with Yinghui Wang), submitted to Journal of Combinatorial Theory, Series A.      pdf    (expanded arxiv version)
  2. Quadratic fields with cyclic 2-class groups (with Carlos Dominguez and Siman Wong): submitted to the Journal of Number Theory.   pdf
  3. The Weibull distribution and Benford's Law (with Victoria Cuff and Allie Lewis), submitted to The American Statistician  pdf
  4. Explicit Constructions of Large Families of Generalized More Sums Than Differences Sets (with Luc Robinson and Sean Pegado). Submitted to INTEGERS. pdf
  5. Low-lying zeros of number field L-functions (with Ryan Peckner), submitted to Acta Arithmeticapdf
  6. Virus Propagation in Certain Types of Networks (with Thealexa Becker, Alec Greaves-Tunnell, Leo Kontorovich, Amitabha Roy, Karen Shen). Submitted to SIAM Journal on Applied Dynamical Systems, pdf
  7. Benford's Law and Continuous Dependent Random Variables (with Thealexa Becker, Ryan Ronan, Frederick Strauch and Alec Greaves-Tunnell), Submitted to the Journal of Applied Probability, pdf.
  8. Low-lying zeros for Dirichlet L-functions (with Daniel Fiorilli), Submitted to Duke Mathematical Journal   pdf
  9. Models for zeros near the central point of families of elliptic curves (with Eduardo Dueñez, Duc Khiem Huynh, Jon Keating and Nina Snaith), Submitted to Journal of Physics A: Mathematical and Theoretical  pdf
  10. Distribution of eigenvalues of weighted, structured matrix ensembles (with Olivia Beckwith, Karen Shen), submitted to the Journal of Theoretical Probability  pdf
  11. The low-lying zeros of cuspidal Maass forms on SL2(Z) (with Nadine Amersi, Geoffrey Iyer, Oleg Lazarev and Liyang Zhang), submitted to Acta Arithmetica.   pdf

PREPRINTS / IN  PREPARATION (available upon request)    Click here for an annotated bibliography of my work

  1. Missing Sums (title TBD, with Oleg Lazarev)
  2. Moment Formulas for Ensembles of Classical Compact Groups (with Geoffrey Iyer)
  3. Gaps between summands in generalized Zeckendorf decompositions (with Olivia Beckwith)
  4. The n-level density of zeros of quadratic Dirichlet L-functions (with Jake Levinson)
  5. Applying Benford's Law to Large Natural Data Sets (with Victoria Cuff and Allie Lewis).
  6. m-Paths and the 3x+1 Problem (with Bruce Adcock, Carlos Dominguez and Sucheta Soundararajan).
  7. Leading, learning and herding (with Daniel Stone), pdf
  8. Using the 2-Level Density to Improve Bounds on Excess Rank in Families.  
  9. The expected eigenvalue distribution of large, weighted d-regular graphs (with Leo Goldmakher and Kesinee Ninsuwan).
  10. The Pythagorean Won-Loss Formula and Hockey (with Kevin Dayaratna). pdf
  11. If a prime divides a product (with Cesar Silva).   pdf

BOOKS    Click here for an annotated bibliography of my work

  1. An Invitation to Modern Number Theory (with Ramin Takloo-Bighash), Princeton University Press, 2006, 519 pages.
  2. Theory and Applications of Benford's law (senior editor for book, duties include writing chapters and coordinating contributions): In preparation.
  3. The Probability Lifesaver (study guide for probability, senior author for the book, duties include writing chapters and coordinating contributions): In preparation.
  4. Cryptography book (title TBD) (with Midge Cozzens and Wes Pegden): In preparation.

      Thesis         Papers        Talks     My Book (Invitation to Modern Number Theory)      Handouts      My Riddles Page


COURSES:     Welcome letter to Williams Students    Possible thesis / colloquium projects   Green Chicken contest
          2010 - 2011:    Math 302 (Complex Analysis, Fall)    Math 308/406 (Analysis and Number Theory, Fall)    Putnam Indep Study (Fall)        Math 105 (Multivariable Calculus, Spring)
Previous classes (Williams): Math 103 (Calculus I), Math 105 (Multivariable Calculus, 2010 iteration), Math 209 (Differential Equations and Vector Calculus),
                                          Math 341 (Probability, Fall), Math 399 (Sabermetrics, Fall), Math 406 (Analysis and Number Theory); Winter Study: Math 10 (cryptography)
          Previous classes (Brown):   Math 1 (freshman seminar: riddles to modern mathematics), Math 90 (calculus, summer calculus)
                                                    Math 35 (honors multivariable calculus), Math 52 (linear algebra)   Math 54 (honors linear algebra),    Math 153 (abstract algebra),
                                          Math 162 (mathematical statistics), Math 197 (Benford's law, sabermetrics)
          Previous classes (Ohio State) Math 104 (Basic College Mathematics), Math 148 (Algebra, Trigonometry and their Applications)
                                          Math 187/487 (Problem Solving / Advanced Problem Solving), Math 683L (Topics in Linear Algebra)
                                                    Working groups (Euler, fractals)
 

LINKS:    photos of Cam  Pictures  Twistie Art Arxiv     MathSciNet  Mathlabs (Princeton , NYU, OSU,  AIM) Williams Math Williams College   Spencer Neighborhood