An investigation on Pythagorean fuzzy $$\mathfrak {F_{p}^*}$$ fraction dense space using Pythagorean fuzzy frames

The concept of frame is a generalisation of the concept of category of topological space open subsets. As a result, each frame acts as an open set in this context and the Pythagorean fuzzy sets is defined as a frame. The primary goal of this research unit is to investigate the behaviour of Pythagorean fuzzy frames. Pythagorean fuzzy $$\mathfrak {F_{p}^*}$$ structure space is defined using Pythagorean fuzzy frames. Pythagorean fuzzy $$\mathcal {G^*}$$ closed sets, Pythagorean fuzzy dense set, Pythagorean fuzzy nowhere dense set, Pythagorean fuzzy somewhere dense set is established in order to investigate the Pythagorean fuzzy frames defined in Pythagorean fuzzy $$\mathfrak {F_{p}^*}$$ structure space. Further, Pythagorean fuzzy $$\mathfrak {F_{p}^*}$$ continuous function is explored in this manuscript. Separation axioms of the Pythagorean fuzzy $$\mathfrak {F_{p}^*}$$ structure space is established in order to comprehend the Pythagorean fuzzy frame. Additionally Pythagorean fuzzy $$\mathfrak {F_{p}^*}$$ fraction dense space and Pythagorean fuzzy $$\mathcal {P^*}$$ space is defined and explored to examine the behaviour of defined Pythagorean fuzzy frames.

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Publication Details

Journal
Scientific Reports
Published
2026-01-06
DOI
https://doi.org/10.1038/s41598-025-29405-4
Primary Topic
Fuzzy and Soft Set Theory
Type
article
Field-Weighted Citation Impact
0.00
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article

An investigation on Pythagorean fuzzy $$\mathfrak {F_{p}^*}$$ fraction dense space using Pythagorean fuzzy frames

G. K. Revathi, N. B. Gnanachristy
Scientific Reports
Fuzzy and Soft Set Theory
article

An investigation on Pythagorean fuzzy $$\mathfrak {F_{p}^*}$$ fraction dense space using Pythagorean fuzzy frames

G. K. Revathi, N. B. Gnanachristy
article en

Abstract

The concept of frame is a generalisation of the concept of category of topological space open subsets. As a result, each frame acts as an open set in this context and the Pythagorean fuzzy sets is defined as a frame. The primary goal of this research unit is to investigate the behaviour of Pythagorean fuzzy frames. Pythagorean fuzzy $$\mathfrak {F_{p}^*}$$ structure space is defined using Pythagorean fuzzy frames. Pythagorean fuzzy $$\mathcal {G^*}$$ closed sets, Pythagorean fuzzy dense set, Pythagorean fuzzy nowhere dense set, Pythagorean fuzzy somewhere dense set is established in order to investigate the Pythagorean fuzzy frames defined in Pythagorean fuzzy $$\mathfrak {F_{p}^*}$$ structure space. Further, Pythagorean fuzzy $$\mathfrak {F_{p}^*}$$ continuous function is explored in this manuscript. Separation axioms of the Pythagorean fuzzy $$\mathfrak {F_{p}^*}$$ structure space is established in order to comprehend the Pythagorean fuzzy frame. Additionally Pythagorean fuzzy $$\mathfrak {F_{p}^*}$$ fraction dense space and Pythagorean fuzzy $$\mathcal {P^*}$$ space is defined and explored to examine the behaviour of defined Pythagorean fuzzy frames.

Scientific ReportsVol. 16(1)
Vels University (IN), Vellore Institute of Technology University (IN)
Openalex Percentile: Top 96%
Fuzzy and Soft Set Theory
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