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Relationship of Repc(C) to bicartesian-closed and topos closures

Determine how the representation functor Repc from a concrete category C of structured objects relates to CCartisain(Repc(C)) and CTopos(Repc(C)), defined as the minimal bicartesian closed subcategory and minimal topos subcategory of the ambient Token category PC that contain Repc(C).

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Background

In the conclusion, the authors introduce operators CCartisain and CTopos on subcategories of Token categories, intended to produce the minimal bicartesian closed and topos subcategories containing a given subcategory. They then pose a specific problem about the categorical relationship between the representation Repc(C) and these closures.

Resolving this relationship would clarify how structured-object categories embed into Token Space and what categorical properties (closure, limits, exponentials, subobject classification) are preserved or reflected by Repc.

References

Naturally, a problem arise. Given a concrete category C, How does Repc (C) relate to CCartisain (Repc (C)) and CTopos (Repc (C))?

Token Space: A Category Theory Framework for AI Computations (2404.11624 - Pan, 11 Apr 2024) in Section 10, Conclusion