“…assigned to a mapping class g via zeta function F φ (t) of a monotone (or weakly monotone) representative φ ∈ Symp m (M, ω) of g. Symplectomorphisms φ n are also monotone (weakly monotone) for all n > 0 (see [19,4]) so, symplectic zeta function F φ (t) is an invariant as φ is deformed through monotone (or weakly monotone) symplectomorphisms in g. These imply that we have a symplectic Floer homology invariant F g (t) canonically assigned to each mapping class g. A motivation for the definition of this zeta function was a connection [11,19] between Nielsen numbers and Floer homology and nice analytic properties of Nielsen zeta function [33,8,11,9,10,13,14].…”