Abstract In Geometric Function Theory, there have been many interesting and fruitful usages
of a wide variety of special functions and special polynomials. Here, in this article, we …

In the present investigation, we define two new subclasses of analytic and m-fold symmetric
bi-univalent functions defined by a linear combination in the open unit disk U. Furthermore …

In this article, we introduce a general family of analytic and bi-univalent functions in the open
unit disk, which is defined by applying the principle of differential subordination between …

A certain family of bi-univalent functions associated with the Pascal distribution series
based upon the Horadam polynomials Page 1 Surveys in Mathematics and its Applications …

By using the Borel distribution series of the Mittag-Leffler type, we introduce a new class of
the bi-close-to-convex functions defined in the open unit disk. We then apply the Faber …

In the present investigation, we use the Horadam Polynomials to establish upper bounds for
the second and third coefficients of functions belongs to a new subclass of analytic and …

The main purpose of this article is to make use of the Horadam polynomials hn (x) and the
generating function Π (x, z), in order to introduce three new subclasses of the bi‐univalent …

In this article, we define two new families T _ Σ (μ, γ, λ; α) T Σ (μ, γ, λ; α) and T _ Σ^*(μ, γ, λ; β)
T Σ∗(μ, γ, λ; β) of normalized holomorphic and bi-univalent functions which involve the …

In this paper, we introduce and investigate new subclasses (Yamakawa-type bi-starlike
functions and another class of Lashin, both mentioned in the reference list) of bi-univalent …

This present work provides the initial co-efficient bounds of the function f (z) which is defined
in open unit disk D. We introduced bi-univalent class C Σ (λ, t, ν). Making use of Horadam …