Versal Deformations of Three Dimensional Lie Algebras as L-infinity Algebras
Alice Fialowski, Michael Penkava
Abstract
We consider versal deformations of 0|3-dimensional L-infinity algebras, which correspond precisely to ordinary (non-graded) three dimensional Lie algebras. The classification of such algebras over C is well known, although we shall give a derivation of this classification using an approach of treating them as L-infinity algebras. Because the symmetric algebra of a three dimensional odd vector space contains terms only of exterior degree less than or equal to three, the construction of versal deformations can be carried out completely. We give a characterization of the moduli space of Lie algebras using deformation theory as a guide to understanding the picture.
Create a lesson
Related papers
Higher mod p Satake transforms: explicit formulas and images for GL2
Hargun Bhatia, Yashi Jain, Casey Perdue et al.
Lusztig Parameters and Factorizations of Determinantial Modules
Yingjin Bi
Twisted Jacquet modules and induction from Speh representations
Alan Xuelun Hou
Sharp commutator bounds on complex simple Lie algebras: the Böttcher--Wenzel inequality and the comass of the Cartan 3-form
Daniel J. F. Fox
Categorified Cluster Structures on Coulomb Branches of Certain Star-Shaped Quivers
Tianle Liu
Reciprocity for projective and injective direct summands
Shigeo Koshitani, Taro Sakurai