2017•arXiv (Cornell University)Open access

Hypergroup Deformations of Semigroups and Ramsey Hypergroups

Vishvesh Kumar, Kenneth A. Ross, Ajit Singh

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Abstract

We view the well-known example of the dual of a countable compact hypergroup, motivated by the orbit space of p-adic integers by Dunkl and Ramirez (1975), as hypergroup deformation of the max semigroup structure on the linearly ordered set $\mathbb{Z}_+$ of the non-negative integers along the diagonal. This works as motivation for us to study hypergroups or semi convolution spaces arising from general commutative semigroups via hypergroup deformation on idempotents. Another motivation for this came from Ramsey theory for finite sums, which we initiate in the context of hypergroups somewhat on the lines of Willson (2014).

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We view the well-known example of the dual of a countable compact hypergroup, motivated by the orbit space of p-adic integers by Dunkl and Ramirez (1975), as hypergroup deformation of the max semigroup structure on the linearly ordered set $\mathbb{Z}_+$ of the non-negative integers along the diagonal. This works as motivation for us to study hypergroups or semi convolution spaces arising from general commutative semigroups via hypergroup deformation on idempotents. Another motivation for this came from Ramsey theory for finite sums, which we initiate in the context of hypergroups somewhat on the lines of Willson (2014).

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Available abstract

We view the well-known example of the dual of a countable compact hypergroup, motivated by the orbit space of p-adic integers by Dunkl and Ramirez (1975), as hypergroup deformation of the max semigroup structure on the linearly ordered set $\mathbb{Z}_+$ of the non-negative integers along the diagonal. This works as motivation for us to study hypergroups or semi convolution spaces arising from general commutative semigroups via hypergroup deformation on idempotents. Another motivation for this came from Ramsey theory for finite sums, which we initiate in the context of hypergroups somewhat on the lines of Willson (2014).

Key concepts: Mathematics, Semigroup, Convolution (computer science), Commutative property, Countable set, Diagonal, Context (archaeology), Pure mathematics

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