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March 29, 20260 citationsOpen Access

Group Actions: The Algebraic Glue

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JCJohn Taylor crisptoast@tutanota.com

Key Points

  • This research aims to show how group actions serve as a fundamental link between various algebraic structures.
  • Analyzed interactions among groups, fields, and vector spaces.
  • Established connections using group actions and related theories.
  • Utilized the Tree of Continua to demonstrate the presence of algebraic structures.
  • Confirmed that group actions unify different algebraic structures.
  • Showed that representation theory and module theory emerge from basic primitives.
  • Indicated that linear algebra's machinery is inherently linked to these interactions.

Abstract

We have built almost everything from three primitives: same, different, opposite.Groups, fields, vector spaces, Hilbert spaces are all in place. But the true power ofalgebra comes from how these structures interact. Group actions are the glue thatbinds them together, giving us representation theory, module theory, and the entiremachinery of linear algebra. We show that all of this structure is already present inthe Tree of Continua and arises necessarily from the three primitives.

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John Taylor crisptoast@tutanota.com (2026) studied this question.

synapsesocial.com/papers/69c8c2fcde0f0f753b39d79chttps://doi.org/10.5281/zenodo.19255349
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