We translate the construction of the chiral operad by Beilinson and Drinfeld to the purely algebraic language of vertex algebras. Consequently, the general construction of a cohomology complex associated to a linear operad produces the vertex algebra cohomology complex. Likewise, the associated graded of the chiral operad leads to the classical operad, which produces a Poisson vertex algebra cohomology complex. The latter is closely related to the variational Poisson cohomology studied by two of the authors. ©201
AbstractWe investigate algebras with one operation. We study when these algebras form a monoidal cat...
Similar to the modular vector fields in Poisson geometry, modular derivations can be defined for smo...
We put the Adler-Gelfand-Dickey approach to classical W-algebras in the framework of Poisson vertex ...
We translate the construction of the chiral operad by Beilinson and Drinfeld to the purely algebraic...
© 2020, The Mathematical Society of Japan and Springer Japan KK, part of Springer Nature. We review ...
We prove that, for a Poisson vertex algebra V, the canonical injective homomorphism of the variation...
We establish an explicit isomorphism between the associated graded of the filtered chiral operad and...
Abstract We develop methods for computation of Poisson vertex algebra cohomology. This cohomology i...
We describe a conjectural classification of Poisson vertex algebras of CFT type and of Poisson verte...
We construct a canonical map from the Poisson vertex algebra cohomology complex to the differential ...
We put the Adler–Gelfand–Dickey approach to classical W-algebras in the framework of Poisson vertex...
Vertex algebras are algebraic objects that encapsulate the concept of operator product expansion fro...
AbstractIn this paper, we characterize vertex algebras (in the appropriate sense) as algebras over a...
We develop the theory of double multiplicative Poisson vertex algebras. These structures, defined at...
We lay down the foundations of the theory of Poisson vertex algebras aimed at its applications to in...
AbstractWe investigate algebras with one operation. We study when these algebras form a monoidal cat...
Similar to the modular vector fields in Poisson geometry, modular derivations can be defined for smo...
We put the Adler-Gelfand-Dickey approach to classical W-algebras in the framework of Poisson vertex ...
We translate the construction of the chiral operad by Beilinson and Drinfeld to the purely algebraic...
© 2020, The Mathematical Society of Japan and Springer Japan KK, part of Springer Nature. We review ...
We prove that, for a Poisson vertex algebra V, the canonical injective homomorphism of the variation...
We establish an explicit isomorphism between the associated graded of the filtered chiral operad and...
Abstract We develop methods for computation of Poisson vertex algebra cohomology. This cohomology i...
We describe a conjectural classification of Poisson vertex algebras of CFT type and of Poisson verte...
We construct a canonical map from the Poisson vertex algebra cohomology complex to the differential ...
We put the Adler–Gelfand–Dickey approach to classical W-algebras in the framework of Poisson vertex...
Vertex algebras are algebraic objects that encapsulate the concept of operator product expansion fro...
AbstractIn this paper, we characterize vertex algebras (in the appropriate sense) as algebras over a...
We develop the theory of double multiplicative Poisson vertex algebras. These structures, defined at...
We lay down the foundations of the theory of Poisson vertex algebras aimed at its applications to in...
AbstractWe investigate algebras with one operation. We study when these algebras form a monoidal cat...
Similar to the modular vector fields in Poisson geometry, modular derivations can be defined for smo...
We put the Adler-Gelfand-Dickey approach to classical W-algebras in the framework of Poisson vertex ...