On $\mu^{*}$-$R_{0}$ and $\mu^{*}$-$R_{1}$ Spaces with Separation Axioms

In this paper, we define and investigate $\mu^{*}$-$R_{0}$ and $\mu^{*}$-$R_{1}$ spaces in a generalized topological space together with a topology. Independence of these spaces from the existing allied concepts is shown by examples, which motivates to explore them further. It is interesting to note...

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Main Authors: Pankaj Chettri, Bishal Bhandari
Format: Article
Language:English
Published: University of Maragheh 2024-07-01
Series:Sahand Communications in Mathematical Analysis
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Online Access:https://scma.maragheh.ac.ir/article_712996_256cf6f6eacb48a30843ebd0f3b59d9c.pdf
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author Pankaj Chettri
Bishal Bhandari
author_facet Pankaj Chettri
Bishal Bhandari
author_sort Pankaj Chettri
collection DOAJ
description In this paper, we define and investigate $\mu^{*}$-$R_{0}$ and $\mu^{*}$-$R_{1}$ spaces in a generalized topological space together with a topology. Independence of these spaces from the existing allied concepts is shown by examples, which motivates to explore them further. It is interesting to note that $(\mu X, \mu Y)$-continuous image of $\mu^{*}$-$R_{0}$ space is neither $\mu^{*}$-$R_{0}$ nor $\mu$-$R_{0}$. Further, conditions under which  the $(\mu X, \mu Y)$-continuous image of $\mu^{*}$-$R_{0}$ space becomes $\mu^{*}$-$R_{0}$ and $\mu$-$R_{0}$ are established. Also, some new versions of separation axioms are defined and they are used as a tool to investigate $\mu^{*}$-$R_{0}$ and $\mu^{*}$-$R_{1}$ spaces. Further,  the  conditions under which these spaces coincide are obtained.
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spelling doaj-art-7cc3007d91ed493abee1e12ffd70509b2025-02-11T05:27:31ZengUniversity of MaraghehSahand Communications in Mathematical Analysis2322-58072423-39002024-07-0121341742910.22130/scma.2024.2012037.1469712996On $\mu^{*}$-$R_{0}$ and $\mu^{*}$-$R_{1}$ Spaces with Separation AxiomsPankaj Chettri0Bishal Bhandari1Department of Mathematics, Sikkim Manipal Institute of Technology, Sikkim Manipal University Majitar, Rangpoo East Sikkim, India.Department of Mathematics, Sikkim Manipal Institute of Technology, Sikkim Manipal University Majitar, Rangpoo East Sikkim, India.In this paper, we define and investigate $\mu^{*}$-$R_{0}$ and $\mu^{*}$-$R_{1}$ spaces in a generalized topological space together with a topology. Independence of these spaces from the existing allied concepts is shown by examples, which motivates to explore them further. It is interesting to note that $(\mu X, \mu Y)$-continuous image of $\mu^{*}$-$R_{0}$ space is neither $\mu^{*}$-$R_{0}$ nor $\mu$-$R_{0}$. Further, conditions under which  the $(\mu X, \mu Y)$-continuous image of $\mu^{*}$-$R_{0}$ space becomes $\mu^{*}$-$R_{0}$ and $\mu$-$R_{0}$ are established. Also, some new versions of separation axioms are defined and they are used as a tool to investigate $\mu^{*}$-$R_{0}$ and $\mu^{*}$-$R_{1}$ spaces. Further,  the  conditions under which these spaces coincide are obtained.https://scma.maragheh.ac.ir/article_712996_256cf6f6eacb48a30843ebd0f3b59d9c.pdfμ∗-open(closed) mapμ∗-kernelμ∗-t0μ∗-t1μ∗-t2 spaces
spellingShingle Pankaj Chettri
Bishal Bhandari
On $\mu^{*}$-$R_{0}$ and $\mu^{*}$-$R_{1}$ Spaces with Separation Axioms
Sahand Communications in Mathematical Analysis
μ∗-open(closed) map
μ∗-kernel
μ∗-t0
μ∗-t1
μ∗-t2 spaces
title On $\mu^{*}$-$R_{0}$ and $\mu^{*}$-$R_{1}$ Spaces with Separation Axioms
title_full On $\mu^{*}$-$R_{0}$ and $\mu^{*}$-$R_{1}$ Spaces with Separation Axioms
title_fullStr On $\mu^{*}$-$R_{0}$ and $\mu^{*}$-$R_{1}$ Spaces with Separation Axioms
title_full_unstemmed On $\mu^{*}$-$R_{0}$ and $\mu^{*}$-$R_{1}$ Spaces with Separation Axioms
title_short On $\mu^{*}$-$R_{0}$ and $\mu^{*}$-$R_{1}$ Spaces with Separation Axioms
title_sort on mu r 0 and mu r 1 spaces with separation axioms
topic μ∗-open(closed) map
μ∗-kernel
μ∗-t0
μ∗-t1
μ∗-t2 spaces
url https://scma.maragheh.ac.ir/article_712996_256cf6f6eacb48a30843ebd0f3b59d9c.pdf
work_keys_str_mv AT pankajchettri onmur0andmur1spaceswithseparationaxioms
AT bishalbhandari onmur0andmur1spaceswithseparationaxioms