  We introduce and study the stack of \textit{meromorphic} $G$-bundles on the
Fargues--Fontaine curve. This object defines a correspondence between the
Kottwitz stack $\mathfrak{B}(G)$ and $\operatorname{Bun}_G$. We expect it to
play a crucial role in comparing the schematic and analytic versions of the
geometric local Langlands categories. Our first main result is the
identification of the generic Newton strata of
${\operatorname{Bun}}_G^{\operatorname{mer}}$ with the Fargues--Scholze charts
$\mathcal{M}$. Our second main result is a generalization of Fargues' theorem
in families. We call this the \textit{meromorphic comparison theorem}. It plays
a key role in proving that the analytification functor is fully faithful. Along
the way, we give new proofs to what we call the \textit{topological and
schematic comparison theorems}. These say that the topologies of
$\operatorname{Bun}_G$ and $\mathfrak{B}(G)$ are reversed and that the two
stacks take the same values when evaluated on schemes.

Algebraic Geometry;Number Theory