“…From Genocchi to the present time, the Genocchi polynomials and the Genocchi numbers have been extensively studied in many different contexts in such branches of Mathematics as, for instance, Elementary Number Theory, Complex Analytic Number Theory, Homotopy Theory (especially stable Homotopy groups of spheres), Differential Topology (especially differential structures on spheres), Theory of Modular Forms (especially Eisenstein series), p-Adic Analytic Number Theory (especially p-adic L-functions) and Quantum Physics (especially quantum groups). Investigations involving the Genocchi polynomials and their associated combinatorial relations have received considerable attention in recent years (see, for details, [1], [4], [5], [6], [14], [22], [28] and [24]).…”