Koszulity for Nonquadratic Algebras
By R. Berger. 2001
234 citations recorded by the source corpus.
Subfields: Algebra and Number Theory, Geometry and Topology, Mathematical Physics
View Paper: https://www.semanticscholar.org/paper/48ac082a4123a14705d5d1f1b9d0e9cef6225d2c
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Algebra and Number Theory
- Thomas Cassidy
- B. Shelton
- M. Wemyss
- R. Taillefer
- Eduardo N. Marcos
- Travis Schedler
- Raf Bocklandt
- Edward L. Green
In Geometry and Topology
- Thomas Cassidy
- B. Shelton
- R. Taillefer
- Eduardo N. Marcos
- M. Wemyss
- Travis Schedler
- Raf Bocklandt
- Edward L. Green
In Mathematical Physics
- Thomas Cassidy
- B. Shelton
- Eduardo N. Marcos
- R. Taillefer
- Travis Schedler
- Raf Bocklandt
- M. Wemyss
- Edward L. Green
Citations in the corpus
- Poincaré-Birkhoff-Witt deformations of Calabi-Yau algebras (2006, background): “n 1/-Koszul of global dimension 3 [2], Theorem 3.”
- Koszul and Gorenstein Properties for Homogeneous Algebras (2003, background): “The appearance of noncommutative projective geometry has given a new impulse to the study of (noncommutative) graded algebras [20].”
- Superpotentials and higher order derivations (2008, background): “N -Koszul situation in accordance with the result from [ 4 ] and [6].”
- δ-Koszul Algebras (2005, methodology): “Also included in this class are the D-Koszul algebras introduced by Berger (2001) and later studied by Green et al. For D-Koszul algebras, there is some d such that n = n 2 d for n even, n− 1 2 d + 1 for n odd.”
- Generalizing the notion of Koszul algebra (2007, background): “Several works ([3], [8], [4], [7] among others) demonstrate similarities between N -Koszul algebras and Koszul algebras, and so provide evidence that the N -Koszul algebras should be included in a generalization of Koszulity.”