Minimal Hv-Fields
DOI:
https://doi.org/10.23755/rm.v38i0.522Keywords:
hyperstructure, Hv-structure, hope, hypernumbers, iso-numbers.Abstract
Hyperstructures have applications in mathematics and in other sciences, which range from biology, hadronic physics, leptons, linguistics, sociology, to mention but a few. For this, the largest class of the hyperstructures, the Hv-structures, is used. They satisfy the weak axioms where the non-empty intersection replaces equality. The fundamental relations connect, by quotients, the Hv-structures with the classical ones. Hv-numbers are elements of Hv-field, and they are used in representation theory. We focus on minimal Hv-fields.
References
Corsini P., Prolegomena of Hypergroup Theory, Aviani Editore, 1993.
Corsini P., Leoreanu V., Application of Hyperstructure Theory, Klower Acad. Publ., 2003.
Corsini P., Vougiouklis T., From groupoids to groups through hypergroups, Klower Rendiconti Mat. S. VII, 9, 1989, 173-181.
Davvaz B., A brief survey of the theory of Hv-structures, 8 th AHA, Greece, Spanidis, 2003, 39-70.
Davvaz B., Leoreanu V., Hyperring Theory and Applications,Int. Academic Press, 2007.
Davvaz B., Santilli R. M., Vougiouklis T., Algebra, Hyperalgebra and Lie-Santilli Theory, J. Generalized Lie Theory and Appl., 2015, 9:2, 1-5.
Davvaz B., Vougiouklis T., A Walk Through Weak Hyperstructures, Hv-Structures, World Scientific, 2018.
Santilli R.M., Vougiouklis T., Isotopies, Genotopies, Hyperstructures and their Applications, New Frontiers Hyperstr. Related Algebras, Hadronic, 1996, 177-188.
Vougiouklis S., Hv-vector spaces from helix hyperoperations, Int. J. Math. Anal. (New Series), 1(2), 2009, 109-120.
Vougiouklis T., Representations of hypergroups, Hypergroup algebra,Proc. Convegno: ipergrouppi, altre strutture multivoche appl. Udine, 1985, 59-73.
Vougiouklis T., Generalization of P-hypergroups,mRend. Circ. Mat. Palermo, S.II, 36, 1987, 114-121.
Vougiouklis T., Groups in hypergroups, Annals Discrete Math. 37, 1988, 459-468.
Vougiouklis T., The fundamental relation in hyperrings. The general hyperfield, 4 th AHA, Xanthi 1990, World Scientific, 1991, 203-211.
Vougiouklis T., The very thin hypergroups and the S-construction, Combinatorics ?88, Incidence Geom. Comb. Str., 2, 1991, 471-477.
Vougiouklis T., Representations of hypergroups by generalized permutations, Algebra Universalis, 29, 1992, 172-183.
Vougiouklis T., Hyperstructures and their Representations, Monographs in Math., Hadronic, 1994.
Vougiouklis T., Some remarks on hyperstructures, Contemporary Math., Amer. Math. Society, 184, 1995, 427-431.
Vougiouklis T., Enlarging Hv-structures, Algebras and Combinatorics, ICAC?97, Hong Kong, Springer?Verlag, 1999, 455-463.
Vougiouklis T., On H v-rings and H v -representations, Discrete Math., Elsevier, 208/209, 1999, 615-620.
Vougiouklis T., The h/v-structures, J. Discrete Math. Sciences and Cryptography, V.6, 2003, N.2-3, 235-243.
Vougiouklis T., ∂-operations and Hv-fields, Acta Math. Sinica, (Engl. Ser.), V.24, N.7, 2008, 1067-1078.
VougiouklisT., From Hv-rings to Hv-fields, Int.J.AlgebraicHyperstructures Appl. Vol.1, No.1, 2014, 1-13.
Vougiouklis T., Enlarged Fundamentally Very Thin H v -structures, J. Algebraic Str. and Their Appl. (ASTA), Vol.1, No1, 2014, 11-20.
Vougiouklis T., On the Hyperstructure Theory, Southeast Asian Bull. Math., Vol. 40(4), 2016, 603-620.
Vougiouklis T., H v -fields, h/v-fields, Ratio Mathematica, V.33, 2017, 181-201.
Vougiouklis T., Fundamental Relations in Hv-structures. The Judging from the Results? proof, J. Algebraic Hyperstrucures Logical Algebras, V.1, N.1, 2020, 21-36.
Vougiouklis T., Kambaki-Vougioukli P., Bar in Questionnaires, Chinese Business Review, V.12, N.10, 2013, 691-697.
Vougiouklis T., Vougiouklis S., The helix hyperoperations, Italian J. Pure Appl. Math. 18, 2005, 197-206.
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