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September 18, 20250 citationsOpen Access

Separation Axioms in Fuzzy Closure Spaces

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AJA. O. Lasode A.A. JamesTJTomas Johnson

Key Points

  • Fuzzy closure spaces extend classical topology by introducing fuzzy sets for defining closure.
  • ČF-continuity is redefined through new neighborhood systems in fuzzy closure spaces.
  • Key separation axioms like ČFT0, ČFT1, and ČFT2 have been established in the context of fuzzy closure spaces.
  • Observations reveal additive, productive, and hereditary properties of these fuzzy separation axioms.

Abstract

Fuzzy closure spaces are an extension of classical closure spaces in topology, where the concept of closure is defined in terms of fuzzy sets. This article introduces interior operators and neighborhood systems in fuzzy closure spaces. Using that, we have redefined ČF-continuity. Separation axioms such as ČFT0, ČFT1, and ČFT2, ČF-Urysohn, ČF-regular, and ČF-normal in fuzzy closure spaces are introduced using these neighborhood systems. Additive, productive, hereditary, and other properties of these axioms have been observed. Relationships between these axioms are also investigated.

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Cite This Study

James et al. (2025) studied this question.

synapsesocial.com/papers/68d463db31b076d99fa62b0dhttps://doi.org/10.20944/preprints202509.1341.v1
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