J. Math. Computer Sci., 29 (2023), 192–202 Online: ISSN 2008-949X Journal Homepage: www.isr-publications.com/jmcs Conformable Gehring inequalities and conformable higher integrability Samir H. Saker a,b , Mohamed Abdalla Darwish c , Hamdi Ali Elshamy c, a Department of Mathematics, Faculty of Science, Mansoura University, Mansoura 35516, Egypt. b Department of Mathematics, Faculty of Science, New Mansoura University, New Mansoura City, Egypt. c Department of Mathematics, Faculty of Science, Damanhour University, Damanhour, Egypt. Abstract In this paper, we prove some reverse conformable inequalities with weights and employ them to prove some conformable inequalities of Gehring type. Moreover, we prove some interpolation theorems which are powerful tools in the study of operators in function spaces. Our results develop a technique based on the applications of a refinement of conformable inequalities. Keywords: Conformable Gehring’s inequality, conformable H¨ older’s inequality, reverse inequality. 2020 MSC: 40D05, 40D25, 42C10 43A55, 46A35, 46B15. ©2023 All rights reserved. 1. Introduction We fix an interval I 0 R + =[0, ), and consider the subinterval I of I 0 of the form [0, s], for 0 <s< and donate by |I| the Lebesgue measure of I. The nonnegative weight ω is said to belong to the Muckenhoupt class A p (C) on the interval I 0 for p> 1 and C > 1 (independent of p) if the inequality 1 |I| I ω(x)dx C 1 |I| I ω 1 1-p (x)dx 1-p , (1.1) holds for every subinterval I I 0 . For p> 1, we define the A p -norm of the weight ω by [A p (ω)] := sup II 0 1 |I| I ω(x)dx  1 |I| I ω -1 p-1 (x)dx p-1 . The weight ω is said to belong to the Muckenhoupt class A 1 (C) on the interval I 0 , if the inequality 1 |I| I ω(x)dx Cω(x), for C > 1, (1.2) Corresponding author Email addresses: shsaker@mans.edu.eg; samir.saker@nmu.edu.eg (Samir H. Saker), dr.madarwish@gmail.com (Mohamed Abdalla Darwish), h_elshamy@sci.dmu.edu.eg (Hamdi Ali Elshamy) doi: 10.22436/jmcs.029.02.08 Received: 2022-06-07 Revised: 2022-07-17 Accepted: 2022-07-21