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Let $M= \Gamma \setminus \mathbb{H}_d$ be a compact quotient of the$d$-dimensional Heisenberg group $\mathbb{H}_d$ by a lattice subgroup $\Gamma$.We show that the eigenvalue counting function $N(\lambda)$ for any fixedelement of a family of second order differential operators$\left\{\mathcal{L}_\alpha\right\}$ on $M$ has asymptotic behavior$N\left(\lambda\right) \sim C_{d,\alpha} \operatorname{vol}\left(M\right)\lambda^{d + 1}$, where $C_{d,\alpha}$ is a constant that only depends on thedimension $d$ and the parameter $\alpha$. As a consequence, we obtain an analogof Weyl's law (both on functions and forms) for the Kohn Laplacian on $M$. Ourmain tools are Folland's description of the spectrum of $\mathcal{L}_{\alpha}$and Karamata's Tauberian theorem.

A Tauberian Approach to an Analog of Weyl's law for the Kohn Laplacian on Compact Heisenberg Manifolds