Germ'an Stefanich

most citedHigher sheaf theory I: Correspondences

1 citations · 2 across the 2 of their papers we have counts for

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2 papers

math.AT2020★ 1 cited

Presentable $(\infty, n)$ -categories

Germán Stefanich

We define for each $n \geq 1$ a symmetric monoidal $(\infty, n + 1)$ -category $n Pr^{L}$ whose objects we call presentable $(\infty, n)$ -categories, generalizing the usual theor…

math.AT2020★ 1 cited

Higher sheaf theory I: Correspondences

Germán Stefanich

We prove a universal property for the $(\infty, n)$ -category of correspondences, generalizing and providing a new proof for the case $n = 2$ from [GR17]. We also provide conditions…

Presentable (∞,n)-categories

Higher sheaf theory I: Correspondences

Presentable $(\infty, n)$ -categories