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A higher-dimensional categorical perspective on 2-crossed modules

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Abstract In this study, we will express the 2-crossed module of groups from a higher-dimensional categorical perspective. According to simplicial homotopy theory, a 2-crossed module is the Moore complex of a 2-truncated simplicial group. Therefore, the 2-crossed module is an algebraic homotopy model for the homotopy 3-types. Tricategories are a three-dimensional generalization of the bicategory concept. Any tricategory is triequivalent to the Gray category, where Gray is a category enriched over the monoidal category 2Cat equipped with the Gray tensor product. Briefly, a Gray category is a semi-strict 3-category for homotopy 3-types. Naturally, the tricategory perspective is used in homotopy theory. The 2-crossed module is associated with the concept of the Gray category. The aim of this study is to obtain a single object tricategory from any 2-crossed module of groups.
Title: A higher-dimensional categorical perspective on 2-crossed modules
Description:
Abstract In this study, we will express the 2-crossed module of groups from a higher-dimensional categorical perspective.
According to simplicial homotopy theory, a 2-crossed module is the Moore complex of a 2-truncated simplicial group.
Therefore, the 2-crossed module is an algebraic homotopy model for the homotopy 3-types.
Tricategories are a three-dimensional generalization of the bicategory concept.
Any tricategory is triequivalent to the Gray category, where Gray is a category enriched over the monoidal category 2Cat equipped with the Gray tensor product.
Briefly, a Gray category is a semi-strict 3-category for homotopy 3-types.
Naturally, the tricategory perspective is used in homotopy theory.
The 2-crossed module is associated with the concept of the Gray category.
The aim of this study is to obtain a single object tricategory from any 2-crossed module of groups.

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