Masri, Mohamad Professor

academic article

• Masri, R. (2016). Singular moduli and the distribution of partition ranks modulo 2. Cambridge Philosophical Society: Mathematical Proceedings.  160(2), 209-232.
  
• Barquero-Sanchez, A., & Masri, R. (2016). The Chowla-Selberg formula for abelian CM fields and Faltings heights. Compositio Mathematica.  152(3), 445-476.
  
• Liu, S., & Masri, R. (2015). A Kronecker limit formula for totally real fields and arithmetic applications. Research in Number Theory.  1(1), 8.
  
• Masri, R. (2015). FOURIER COEFFICIENTS OF HARMONIC WEAK MAASS FORMS AND THE PARTITION FUNCTION. American Journal of Mathematics.  137(4), 1061-1097.
  
• Liu, S., & Masri, R. (2015). Hybrid bounds for quadratic Weyl sums and arithmetic applications. Forum Mathematicum.  27(6), 3397-3423.
  
• Liu, S., & Masri, R. (2015). THE AVERAGE OF THE DIVISOR FUNCTION OVER VALUES OF A QUADRATIC POLYNOMIAL. Proceedings of the American Mathematical Society.  143(10), 4143-4160.
  
• Banks, J., Barquero-Sanchez, A., Masri, R., & Sheng, Y. (2015). The asymptotic distribution of Andrews' smallest parts function. Archiv der Mathematik.  105(6), 539-555.
  
• Liu, S., & Masri, R. (2014). Nonvanishing of Rankin-Selberg L-functions for Hilbert modular forms. The Ramanujan Journal: an international journal devoted to areas of mathematics influenced by Ramanu.  34(2), 227-236.
  
• Masri, R. (2013). KRONECKER'S SOLUTION OF PELL'S EQUATION FOR CM FIELDS. Annales de l'Institut Fourier.  63(6), 2287-2306.
  
• Liu, S., Masri, R., & Young, M. P. (2013). Subconvexity and equidistribution of Heegner points in the level aspect. Compositio Mathematica.  149(7), 1150-1174.
  
• Masri, R. (2012). THE ASYMPTOTIC DISTRIBUTION OF TRACES OF CYCLE INTEGRALS OF THE j-FUNCTION. DUKE MATHEMATICAL JOURNAL.  161(10), 1971-2000.
  
• Masri, R., & Yang, T. (2011). Nonvanishing of Hecke L-Functions for CM Fields and Ranks of Abelian Varieties. GEOMETRIC AND FUNCTIONAL ANALYSIS.  21(3), 648-679.
  
• Kim, B. D., Masri, R., & Yang, T. H. (2011). Nonvanishing of Hecke L-functions and the BlochKato conjecture. Mathematische Annalen.  349(2), 301-343.
  
• Folsom, A., & Masri, R. (2011). The asymptotic distribution of traces of Maass-Poincare series. Advances in Mathematics.  226(4), 3724-3759.
  
• Masri, R. (2010). Asymptotics for Sums of Central Values of Canonical Hecke L-Series. 2007.
  
• Folsom, A., & Masri, R. (2010). Equidistribution of Heegner points and the partition function. Mathematische Annalen.  348(2), 289-317.
  
• Masri, R. (2010). Quantitative Nonvanishing of L-Series Associated to Canonical Hecke Characters. 2007.
  
• Masri, R. (2010). Special Values of Class Group L-Functions for CM Fields. Canadian Journal of Mathematics.  62(1), 157-181.
  
• Masri, R. (2010). CM cycles and nonvanishing of class group $L$functions. Mathematical Research Letters.  17(4), 749-760.
  
• Masri, R., & Ono, K. (2009). Probabilities as Values of Modular Forms and Continued Fractions. International Journal of Mathematics and Mathematical Sciences.  2009, 1-11.
  
• Masri, R. (2009). The scattering matrix for the Hilbert modular group. Proceedings of the American Mathematical Society.  137(8), 2541-2555.
  
• KELLIHER, J. P., & MASRI, R. (2008). Analytic continuation of multiple Hurwitz zeta functions. Cambridge Philosophical Society: Mathematical Proceedings.  145(3), 605-617.
  
• Masri, R. (2008). On the Lfunctions of the curves y2 = x + A. Journal of London Mathematical Society.  78(3), 663-676.
  
• Masri, R. (2007). The distribution of zeros of Epstein zeta functions over GL n. Acta Arithmetica.  128(2), 157-166.
  
• Masri, R., & Redner, R. A. (2005). Convergence rates for uniform B-spline density estimators on bounded and semi-infinite domains. Journal of Nonparametric Statistics.  17(5), 555-582.
  
• Masri, R. (2005). Multiple Dedekind zeta functions and evaluations of extended multiple zeta values. Journal of Number Theory.  115(2), 295-309.
  
• Masri, R. (2004). The HerglotzZagier function, double zeta functions, and values of L-series. Journal of Number Theory.  106(2), 219-237.