  The last decade of hadron spectroscopy has unveiled a wealth of states that
do not have the properties expected of particles composed of two or three
valence quarks. Among the most intriguing of these exotics is the
$\chi_{c1}(3872)$, which various models attempt to describe as a hadronic
molecule, a compact tetraquark, an unexpected charmonium state, or their
mixtures. To date, most experimental studies of the $\chi_{c1}(3872)$ have
focused on its production through $B$ meson decays. Heavy ion collisions, as
well as high multiplicity $pp$ collisions, offer a new window on the properties
of this poorly understood hadron. In these systems, promptly produced
$\chi_{c1}(3872)$ hadrons can interact with other particles in the nucleus
and/or those produced in the collision. The influence of these interactions on
the observed $\chi_{c1}(3872)$ yields provides information that can help
discriminate between the various models of its structure, as well as give
insight into the dynamics of the bulk particles produced in these collisions.
With a full range of precision vertexing, tracking, and particle ID
capabilities covering 2 to 5 in units of rapidity, the LHCb experiment is
especially well suited to measurements of both prompt and non-prompt exotic
hadrons. These proceedings present new LHCb measurements $\chi_{c1}(3872)$
production in high multiplicity $pp$ collisions and $p$Pb collisions through
the decay to $J/\psi \pi^{+} \pi^{-}$.
