On the borderline of fields and hyperfields, part Ⅱ – Enumeration and classification of the hyperfields of order 7

The quotient hyperfield is a landmark on the borderline of fields and hyperfields. In this paper, which is the second part of our previously published paper, all the hyperfields of order 7 are constructed, enumerated, and presented. While doing so, an important family of 7-element canonical hypergroups was revealed. The study of these hyperfields proved the existence of both quotient and non-quotient ones among them. Their construction became feasible because it is based on a new definition of the hyperfield with less axioms, which is introduced in this paper following our proof that the axiom of reversibility can derive from the remaining axioms of the hyperfield. Hence, the processing power needed for a computer to test whether a structure is a hyperfield or not, is much less. This paper also presents properties and provides examples of skew hyperfields, strongly canonical hyperfields/hyperrings, and superiorly canonical hyperfields/hyperrings that wrap up and complete the previously published first part's conclusions and results.

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Publication Details

Journal
AIMS Mathematics
Published
2025-01-01
DOI
https://doi.org/10.3934/math.2025951
Citations
1
Primary Topic
Polynomial and algebraic computation
Type
article
Field-Weighted Citation Impact
1.50
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article

On the borderline of fields and hyperfields, part Ⅱ – Enumeration and classification of the hyperfields of order 7

Christos G. Massouros, Gerasimos G. Massouros
1 citations
AIMS Mathematics
Polynomial and algebraic computation
1.50
article

On the borderline of fields and hyperfields, part Ⅱ – Enumeration and classification of the hyperfields of order 7

Christos G. Massouros, Gerasimos G. Massouros
article en
1 citations

Abstract

The quotient hyperfield is a landmark on the borderline of fields and hyperfields. In this paper, which is the second part of our previously published paper, all the hyperfields of order 7 are constructed, enumerated, and presented. While doing so, an important family of 7-element canonical hypergroups was revealed. The study of these hyperfields proved the existence of both quotient and non-quotient ones among them. Their construction became feasible because it is based on a new definition of the hyperfield with less axioms, which is introduced in this paper following our proof that the axiom of reversibility can derive from the remaining axioms of the hyperfield. Hence, the processing power needed for a computer to test whether a structure is a hyperfield or not, is much less. This paper also presents properties and provides examples of skew hyperfields, strongly canonical hyperfields/hyperrings, and superiorly canonical hyperfields/hyperrings that wrap up and complete the previously published first part's conclusions and results.

AIMS MathematicsVol. 10(9)
National and Kapodistrian University of Athens (GR), Hellenic Open University (GR), Frontier Science Foundation-Hellas (GR)
Openalex Percentile: Top 13%
Polynomial and algebraic computation
1.50
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