Stephen D. Miller

  1. Adelization of Automorphic Distributions and Mirabolic Eisenstein Series.

    Authors: Stephen D. Miller, Wilfried Schmid
    Subjects: Number Theory
    Abstract

    Automorphic representations can be studied in terms of the embeddings of
    abstract models of representations into spaces of functions on Lie groups that
    are invariant under discrete subgroups. In this paper we describe an adelic
    framework to describe them for the group GL(n,R), and provide a detailed
    analysis of the automorphic distributions associated to the mirabolic
    Eisenstein series. We give an explicit functional equation for some
    distributional pairings involving this mirabolic Eisenstein distribution, and
    the action of intertwining operators.

  2. The p-Adic Eisenstein Measure and Shahidi-type p-Adic Integral for SL(2).

    Authors: Stephen D. Miller, Stephen Gelbart, Alexei Pantchichkine, Freydoon Shahidi
    Subjects: Number Theory
    Abstract

    Our general goal is two-fold: first, to construct p-adic Eisenstein measures
    on classical groups using the method of modular distibutions and second, to
    apply Shahidi-type theory to construct certain p-adic L-functions using Fourier
    expansions of these series. In the present paper we confine ourselves with the
    group SL(2), and we try to explain our techniques in this case.

  3. A general Voronoi summation formula for GL(n,Z).

    Authors: Stephen D. Miller, Wilfried Schmid
    Subjects: Number Theory
    Abstract

    In an earlier paper we derived an analogue of the classical Voronoi summation
    formula for automorphic forms on GL(3), by using the theory of automorphic
    distributions. The purpose of the present paper is to apply this theory to
    derive the analogous formulas for GL(n).

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