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March 15, 2026Proceedings of the American Mathematical Society0 citations

A remark on continuous K-theory and Fourier-Sato transformation

BZB. G. Zhang

Key Points

  • The aim is to generalize Efimov’s computation for localizing invariants of sheaf categories under microsupport constraints.
  • Generalization of previous computations
  • Utilization of Fourier-Sato transformation
  • Analysis of categorical equivalences
  • Successfully generalizes Efimov’s computation
  • Computes the localizing invariant for almost quasi-coherent sheaves
  • Establishes new connections in the framework of continuous K-theory.

Abstract

In this note, we prove a generalization of Efimov’s computation for the universal localizing invariant of categories of sheaves with certain microsupport constraints. The proof is based on certain categorical equivalences given by the Fourier-Sato transform, which is different from the original proof. As an application, we compute the universal localizing invariant of the category of almost quasi-coherent sheaves on the Novikov toric scheme introduced by Vaintrob Coherent-constructible correspondences and log-perfectoid mirror symmetry for the torus , 2017. Preprint, available at https://math.berkeley.edu/ vaintrob/toric.pdf.

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Cite This Study

B. G. Zhang (2026) studied this question.

synapsesocial.com/papers/69b64d5cb42794e3e660e260https://doi.org/10.1090/proc/17589
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