Lipschitz spaces under fractional convolution

E. Toksoy

We describe a generalization of Lipschitz spaces under fractional convolution and discuss some basic properties of these spaces. The aim of this work is to introduce and study a linear space Aplip(α,1)β (ℝd) of functions h belonging to Lipschitz space under fractional convolution whose fractional Fourier transforms 𝘍βh belongs to Lebesgue spaces. We show that this space becomes a Banach algebra with the sum norm ∥h∥lip(α,1)β,p=∥h∥ (α,1)β + ∥𝘍β h∥p and Θ (fractional convolution) convolution operation. Also we indicate that this space becomes an essential Banach module over L1(ℝd) with Θ convolution.

Advanced Studies: Euro-Tbilisi Mathematical Journal, Vol. 16(4) (2023), pp. 39-56