Polynomial solutions to linear PDEs with constant coefficients
Abstract
In this note we are concerned with the question: When are the polynomial solutions to a system of linear constant coefficient PDEs dense in the set of all its solutions?
Dedicated to Academician Nodar Berikashvili on the occasion of his 90th birthday
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© 2019 Walter de Gruyter GmbH, Berlin/Boston
Articles in the same Issue
- Frontmatter
- On formal group laws over the quotients of Lazard’s ring
- Finite spaces and an axiomatization of the Lefschetz number
- Action theory of alternative algebras
- Pseudo Maurer–Cartan perturbation algebra and pseudo perturbation lemma
- Homotopy classification of morphisms of differential graded algebras
- Distance between the spectra of graphs with respect to normalized Laplacian spectra
- Multi-dimensional periodic problems for higher-order linear hyperbolic equations
- Dihedral ∞-simplicial modules and dihedral homology of involutive homotopy unital A∞-algebras
- Polynomial solutions to linear PDEs with constant coefficients
- On Küneth’s correlation and its applications
- On the construction of a covering map
- L∞ in physics and in Georgia
- An example of a hereditarily normal topologically finite space, which is topologically infinite relative to the class of all its proper Fσ-subspaces
Articles in the same Issue
- Frontmatter
- On formal group laws over the quotients of Lazard’s ring
- Finite spaces and an axiomatization of the Lefschetz number
- Action theory of alternative algebras
- Pseudo Maurer–Cartan perturbation algebra and pseudo perturbation lemma
- Homotopy classification of morphisms of differential graded algebras
- Distance between the spectra of graphs with respect to normalized Laplacian spectra
- Multi-dimensional periodic problems for higher-order linear hyperbolic equations
- Dihedral ∞-simplicial modules and dihedral homology of involutive homotopy unital A∞-algebras
- Polynomial solutions to linear PDEs with constant coefficients
- On Küneth’s correlation and its applications
- On the construction of a covering map
- L∞ in physics and in Georgia
- An example of a hereditarily normal topologically finite space, which is topologically infinite relative to the class of all its proper Fσ-subspaces
