Internal states on pseudo $L$-algebras

In this paper we introduces internal states on pseudo $L$-algebras. Firstly, we introduce the notions of internal states of type I and type II on pseudo $L$-algebras, and we also investigate the properties of internal states. Nextly, we study state ideals on internal states pseudo $L$-algebra of type I (type II). Let $(L, \sigma)$ be a type I internal state pseudo $KL$- algebra. If $I$ is a state ideal of $(L, \sigma)$, then $\sigma(I)$ is an ideal of $\sigma(L)$. In the end, we investigate relationships between internal states and Bosbach states, Rie\v{c}an states. Let $\sigma$ be an internal state of type I or type II on a bounded pseudo $L$-algebra $L$ preserving $\rightarrow$ and $\rightsquigarrow$ and $s$ is a Bosbach state on $L$, then the mapping $s_{\sigma}: L \rightarrow [0, 1]$ defined by $s_{\sigma}(x) = s(\sigma(x))$ is a Bosbach state on $L$.

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Publication Details

Journal
Journal of algebraic hyperstructures and logical algebras
Published
2025-01-01
DOI
https://doi.org/10.61838/kman.jahla.6.2.3
Primary Topic
Advanced Algebra and Logic
Type
article
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article

Internal states on pseudo $L$-algebras

L.L. Cao, Xiao Long Xin
Journal of algebraic hyperstructures and logical algebras
Advanced Algebra and Logic
article

Internal states on pseudo $L$-algebras

L.L. Cao, Xiao Long Xin
article en

Abstract

In this paper we introduces internal states on pseudo $L$-algebras. Firstly, we introduce the notions of internal states of type I and type II on pseudo $L$-algebras, and we also investigate the properties of internal states. Nextly, we study state ideals on internal states pseudo $L$-algebra of type I (type II). Let $(L, \sigma)$ be a type I internal state pseudo $KL$- algebra. If $I$ is a state ideal of $(L, \sigma)$, then $\sigma(I)$ is an ideal of $\sigma(L)$. In the end, we investigate relationships between internal states and Bosbach states, Rie\v{c}an states. Let $\sigma$ be an internal state of type I or type II on a bounded pseudo $L$-algebra $L$ preserving $\rightarrow$ and $\rightsquigarrow$ and $s$ is a Bosbach state on $L$, then the mapping $s_{\sigma}: L \rightarrow [0, 1]$ defined by $s_{\sigma}(x) = s(\sigma(x))$ is a Bosbach state on $L$.

Journal of algebraic hyperstructures and logical algebrasVol. 6(2)
Xi'an Polytechnic University (CN), Northwest University (CN)
Peace, Justice and strong institutions
Openalex Percentile: Top 80%
Advanced Algebra and Logic
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