Antieau–Gepner–Heller theorem of the heart conjecture for bounded t-structures

About 2 years old · traced to

Let \sC\sC be a small stable ∞\infty-category equipped with a bounded t-structure, and let \sC♡\sC^\heartsuit be its heart. Let \sDb(\sC♡)\sD^b(\sC^\heartsuit) be the bounded derived category of the heart, with the canonical map

\K(\sDb(\sC♡))→\K(\sC).\K(\sD^b(\sC^\heartsuit))\to\K(\sC).

Antieau–Gepner–Heller's theorem of the heart conjecture. The map

\K(\sDb(\sC♡))→\K(\sC)\K(\sD^b(\sC^\heartsuit))\to\K(\sC)

is an equivalence of spectra. This is the nonconnective theorem-of-the-heart assertion for bounded t-structures; the source gives no resolution in the provided text.

References

Primary source

Maxime Ramzi, Vladimir Sosnilo and Christoph Winges, “Every spectrum is the K-theory of a stable -category”, arXiv:2401.06510 (2024).

Progress summary

Never refreshed

Nothing recorded yet. Refresh searches the literature and the public web for attempts on this problem, and writes the first summary here.

Solutions 0

No solutions have been posted yet.