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LOCALLY ANALYTIC REPRESENTATIONS OF $\text{GL}(2,L)$ VIA SEMISTABLE MODELS OF $\mathbb{P}^{1}$

  • Deepam Patel (a1), Tobias Schmidt (a2) and Matthias Strauch (a3)

Abstract

In this paper we study certain sheaves of $p$ -adically complete rings of differential operators on semistable models of the projective line over the ring of integers in a finite extension $L$ of $\mathbb{Q}_{p}$ . The global sections of these sheaves can be identified with (central reductions of) analytic distribution algebras of wide open congruence subgroups. It is shown that the global sections functor furnishes an equivalence between the categories of coherent module sheaves and finitely presented modules over the distribution algebras. Using the work of M. Emerton, we then describe admissible representations of $\text{GL}_{2}(L)$ in terms of sheaves on the projective limit of these formal schemes. As an application, we show that representations coming from certain equivariant line bundles on Drinfeld’s first étale covering of the $p$ -adic upper half plane are admissible.

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M. S. would like to acknowledge the support of the National Science Foundation (award DMS-1202303). T. S. would like to acknowledge support of the Heisenberg Programme of Deutsche Forschungsgemeinschaft.

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LOCALLY ANALYTIC REPRESENTATIONS OF $\text{GL}(2,L)$ VIA SEMISTABLE MODELS OF $\mathbb{P}^{1}$

  • Deepam Patel (a1), Tobias Schmidt (a2) and Matthias Strauch (a3)

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