A study of new fixed point results via hybrid contractions

The available literature shows that the ideas of admissible mappings and that of Suzuki-type contractions on metric spaces have been well-investigated. However, a hybrid version of these results in connection with $\theta$-contraction has not been adequately examined. On this basis therefore, the ai...

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Main Authors: Mohammed Shehu Shagari, Paul Oloche
Format: Article
Language:English
Published: Shahid Bahonar University of Kerman 2025-01-01
Series:Journal of Mahani Mathematical Research
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Online Access:https://jmmrc.uk.ac.ir/article_4477_ebbf8923819762e2daad0bf2f4c78e5e.pdf
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author Mohammed Shehu Shagari
Paul Oloche
author_facet Mohammed Shehu Shagari
Paul Oloche
author_sort Mohammed Shehu Shagari
collection DOAJ
description The available literature shows that the ideas of admissible mappings and that of Suzuki-type contractions on metric spaces have been well-investigated. However, a hybrid version of these results in connection with $\theta$-contraction has not been adequately examined. On this basis therefore, the aim of this paper is to introduce a new concept under the name an admissible Jaggi-Suzuki-type hybrid ($\theta$-$\phi$)-contraction and to study new conditions for the existence of fixed point for this class of contractions on generalized or rectangular metric space. Applications and examples are provided to support the assumptions of our  presented theorems. The results established herein extend some existing ideas in the corresponding literature. A few of these special cases are highlighted and discussed as corollaries.
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publisher Shahid Bahonar University of Kerman
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series Journal of Mahani Mathematical Research
spelling doaj-art-a01a4b910dfa4190927cc9df498ec8c02025-01-04T19:30:18ZengShahid Bahonar University of KermanJournal of Mahani Mathematical Research2251-79522645-45052025-01-0114126328110.22103/jmmr.2024.22997.15904477A study of new fixed point results via hybrid contractionsMohammed Shehu Shagari0Paul Oloche1Department of Mathematics, Faculty of Physical Sciences, Ahmadu Bello University, Zaria, NigeriaDepartment of Mathematics, Faculty of Physical Sciences, Ahmadu Bello University, Zaria, NigeriaThe available literature shows that the ideas of admissible mappings and that of Suzuki-type contractions on metric spaces have been well-investigated. However, a hybrid version of these results in connection with $\theta$-contraction has not been adequately examined. On this basis therefore, the aim of this paper is to introduce a new concept under the name an admissible Jaggi-Suzuki-type hybrid ($\theta$-$\phi$)-contraction and to study new conditions for the existence of fixed point for this class of contractions on generalized or rectangular metric space. Applications and examples are provided to support the assumptions of our  presented theorems. The results established herein extend some existing ideas in the corresponding literature. A few of these special cases are highlighted and discussed as corollaries.https://jmmrc.uk.ac.ir/article_4477_ebbf8923819762e2daad0bf2f4c78e5e.pdffixed pointmetric space$\theta$-contractionnonlinear integral equation
spellingShingle Mohammed Shehu Shagari
Paul Oloche
A study of new fixed point results via hybrid contractions
Journal of Mahani Mathematical Research
fixed point
metric space
$\theta$-contraction
nonlinear integral equation
title A study of new fixed point results via hybrid contractions
title_full A study of new fixed point results via hybrid contractions
title_fullStr A study of new fixed point results via hybrid contractions
title_full_unstemmed A study of new fixed point results via hybrid contractions
title_short A study of new fixed point results via hybrid contractions
title_sort study of new fixed point results via hybrid contractions
topic fixed point
metric space
$\theta$-contraction
nonlinear integral equation
url https://jmmrc.uk.ac.ir/article_4477_ebbf8923819762e2daad0bf2f4c78e5e.pdf
work_keys_str_mv AT mohammedshehushagari astudyofnewfixedpointresultsviahybridcontractions
AT pauloloche astudyofnewfixedpointresultsviahybridcontractions
AT mohammedshehushagari studyofnewfixedpointresultsviahybridcontractions
AT pauloloche studyofnewfixedpointresultsviahybridcontractions