Matthew A. Papanikolas

Department of Mathematics
Texas A&M University
College Station, TX 77843-3368

e-mail: map@math.tamu.edu


Citizenship: USA
Place of birth: Tucson, Arizona

Education


Employment


Research Interests


Grants Awarded


Publications and Preprints

[1]   Log-algebraicity on tensor powers of the Carlitz module and special values of Goss L-functions
in preparation.
[2]   A finite field hypergeometric function associated to eigenvalues of a Siegel eigenform (with D. McCarthy)
submitted for publication, 16 pages.
[3]   Explicit formulas for Drinfeld modules and their periods (with A. El-Guindy)
submitted for publication, 20 pages.
[4]   A rapid introduction to Drinfeld modules, t-modules, and t-motives (with W. D. Brownawell)
submitted for publication, 23 pages.
[5]   Algebraic independence of values of Goss L-functions at s=1 (with B. A. Lutes)
Journal of Number Theory, accepted for publication, 11 pages.
[6]   Algebraic independence of periods and logarithms of Drinfeld modules
(with C.-Y. Chang and with an appendix by B. Conrad)
Journal of the American Mathematical Society 25 (2012), 123-150.
[7]   Frobenius difference equations and algebraic independence of zeta values in positive equal characteristic
(with C.-Y. Chang and J. Yu)
Algebra & Number Theory 5 (2011), 111-129.
[8]   Algebraic relations among periods and logarithms of rank 2 Drinfeld modules (with C.-Y. Chang)
American Journal of Mathematics 133 (2011), 359-391.
[9]   Geometric Gamma values and zeta values in positive characteristic (with C.-Y. Chang and J. Yu)
International Mathematics Research Notices 2010 (2010), 1432-1455.
[10]   Algebraic independence of arithmetic gamma values and Carlitz zeta values (with C.-Y. Chang, D. Thakur, and J. Yu)
Advances in Mathematics 223 (2010), 1137-1154.
[11]   Tannakian duality for Anderson-Drinfeld motives and algebraic independence of Carlitz logarithms
Inventiones Mathematicae 171 (2008), 123-174.
[12]   On the torsion of Jacobians of principal modular curves of level 3^n (with C. Rasmussen)
Archiv der Mathematik (Basel) 88 (2007), 19-28.
[13]   A formula and a congruence for Ramanujan's tau-function
Proceedings of the American Mathematical Society, 134 (2006), 333-341.
[14]   Extensions of abelian varieties defined over a number field (with N. Ramachandran)
Journal of Number Theory 112 (2005), 386-400.
[15]   Combinatorics of traces of Hecke operators (with S. Frechette and K. Ono)
Proceedings of the National Academy of Sciences, USA, 101 (2004), 17016-17020.
[16]   Gaussian hypergeometric functions and traces of Hecke operators (with S. Frechette and K. Ono)
International Mathematics Research Notices, 2004, no. 60, 3233-3262.
[17]   Determination of the algebraic relations among special Gamma-values in positive characteristic
(with G. W. Anderson and W. D. Brownawell)
Annals of Mathematics 160 (2004), 237-313.
[18]   p-adic properties of values of the modular j-function (with K. Ono)
Galois Theory and Modular Forms, 357-366, Dev. Math., 11, Kluwer, 2004.
[19]   Higher Weierstrass points on X_0(p) (with S. Ahlgren)
Transactions of the American Mathematical Society 355 (2003), 1521-1535.
[20]   A Weil-Barsotti formula for Drinfeld modules (with N. Ramachandran)
Journal of Number Theory 98 (2003), 407-431.
[21]   Universal norms on abelian varieties over global function fields
Journal of Number Theory 94 (2002), 326-342.
[22]   Quadratic twists of modular forms and elliptic curves (with K. Ono)
Number Theory for the Millennium III (Urbana, IL, 2000), 73-85, A. K. Peters, 2002.
[23]   Linear independence of Gamma values in positive characteristic (with W. D. Brownawell)
Journal für die reine und angewandte Mathematik 549 (2002), 91-148.
[24]   Canonical heights on elliptic curves in characteristic p
Compositio Mathematica 122 (2000), 299-313.

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Last modified on May 4, 2012