Enrico Priola

  1. A Sharp Liouville Theorem for Elliptic Operators.

    Authors: Feng-Yu Wang, Enrico Priola
    Subjects: Analysis of PDEs
    Abstract

    We introduce a new condition on elliptic operators $L= {1/2}\triangle + b
    \cdot \nabla $ which ensures the validity of the Liouville property for bounded
    solutions to $Lu=0$ on $\R^d$. Such condition is sharp when $d=1$. We extend
    our Liouville theorem to more general second order operators in non-divergence
    form assuming a Cordes type condition.

  2. Uniqueness in Law for Stochastic Boundary Value Problems.

    Authors: Anna Capietto, Enrico Priola
    Subjects: Classical Analysis and ODEs
    Abstract

    We study existence and uniqueness of solutions for second order ordinary
    stochastic differential equations with Dirichlet boundary conditions on a given
    interval. In the first part of the paper we provide sufficient conditions to
    ensure pathwise uniqueness, extending some known results. In the second part we
    show sufficient conditions to have the weaker concept of uniqueness in law and
    provide a significant example. Such conditions involve a linearized equation
    and are of different type with respect to the ones which are usually imposed to
    study pathwise uniqueness.

  3. Uniqueness in Law for Stochastic Boundary Value Problems.

    Authors: Anna Capietto, Enrico Priola
    Subjects: Classical Analysis and ODEs
    Abstract

    We study existence and uniqueness of solutions for second order ordinary
    stochastic differential equations with Dirichlet boundary conditions on a given
    interval. In the first part of the paper we provide sufficient conditions to
    ensure pathwise uniqueness, extending some known results. In the second part we
    show sufficient conditions to have the weaker concept of uniqueness in law and
    provide a significant example. Such conditions involve a linearized equation
    and are of different type with respect to the ones which are usually imposed to
    study pathwise uniqueness.

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