Ankush Goswami
Publications/Preprints/Ongoing
Analytic number theory
Parity questions concerning the generalized divisor function involving small prime factors (with Krishna Alladi), submitted.
On a partial sum related to the Euler totient function, submitted.
Gauss circle problem over smooth integers, New York J. Math., 30 (2024), 270-294.
q-series and partitions
Strong q-analogues for values of the Dirichlet beta function (with Tim Huber), submitted.
Resurgence of Habiro elements (with Samuel Crew, Robert Osburn), submitted.
Asymptotics and sign patterns for coefficients in expansions of Habiro elements (with Abhash Kumar Jha, Byungchan Kim, Robert Osburn), Math Z., 304, 57 (2023).
Combinatorial identities associated with a bivariate generating function for overpartition pairs (with Atul Dixit), Adv. Appl. Math., 143, 102444 (2022).
Congruences for some partition functions (with Abhash Kumar Jha), J. Ramanujan Math. Soc., 37, No.3 (2022) 241–256.
Some identities for the partition function (with Abhash Kumar Jha, Anup Kumar Singh), SAGE file Mathematica file, J. Math. Anal. Appl., 508 (1), 125864 (2022).
Quantum modularity of partial theta series with periodic coefficients (with Robert Osburn), Forum Math., 33, no. 2, pp. 451-463 (2021).
Congruences for generalized Fishburn numbers at roots of unity, Acta Arith., 199, 77-102 (2021).
On sums of coefficients of polynomials related to the Borwein conjectures (with Venkata Raghu Tej Pantangi), Ramanujan J., 57 : 369–387 (2022).
Some formulae for coefficients in restricted q-products (with Venkata Raghu Tej Pantangi), J. Number Theory, 219, pages 283-299 (2021).
A q-analogue for Euler's ζ(6)=π^6/945, Ann. Comb., 23, pages 801–806 (2019).
A q-analogue for Euler’s evaluations of the Riemann zeta function, Res. Number Theory, 5, Article number: 3 (2019).
In Preparation
Congruences for coefficients in expansions of certain q-hypergeometric series* (with Yuliann Sepulveda), in preparation.
On the generalized divisor function involving small and large prime factors of integers: A duality principle, in preparation.
A note on expressing certain Eisenstein series using Eulerian polynomials, in preparation.
Bell polynomials and partition identities*, in preparation.
* titles might be slightly different in the final version.