Let L be a simple finite-dimensional Lie algebra of characteristic distinct from 2 and from 3. Suppose that L contains an extremal element that is not a sandwich, that is, an element x such that [x, [x, L]] is equal to the linear span of x in L. In this paper we prove that, with a single exception, L is generated by extremal elements. The result is known, at least for most characteristics, but the proofs in the literature are involved. The current proof closes a gap in a geometric proof that every simple Lie algebra containing no sandwiches (that is, ad-nilpotent elements of order 2) is in fact of classical type
An extremal element in a Lie algebra g over a field of characteristic not 2 is an element x∈g such t...
An extremal element in a Lie algebra g over a field of characteristic not 2 is an element x∈g such t...
An extremal element in a Lie algebra g over a field of characteristic not 2 is an element x∈g such t...
Let L be a simple finite-dimensional Lie algebra of characteristic distinct from 2 and from 3. Suppo...
Let L be a simple finite-dimensional Lie algebra of characteristic distinct from 2 and from 3. Suppo...
The main result discussed in this lecture is an elementary proof of the following theorem: If L is ...
Let L be a simple finite-dimensional Lie algebra over an algebraically closed field of characteristi...
Let L be a simple finite-dimensional Lie algebra over an algebraically closed field of characteristi...
The main result discussed in this lecture is an elementary proof of the following theorem: If L is ...
We give an overview of some properties of Lie algebras generated by at most 5 extremal elements. In ...
A nonzero element x in a Lie algebra g over a field F with Lie product [ , ] is called a extremal el...
A nonzero element x in a Lie algebra g over a field F with Lie product [ , ] is called a extremal el...
28 pagesWe study Lie algebras generated by extremal elements (i.e., elements spanning inner ideals o...
28 pagesWe study Lie algebras generated by extremal elements (i.e., elements spanning inner ideals o...
An extremal element in a Lie algebra g over a field of characteristic not 2 is an element x∈g such t...
An extremal element in a Lie algebra g over a field of characteristic not 2 is an element x∈g such t...
An extremal element in a Lie algebra g over a field of characteristic not 2 is an element x∈g such t...
An extremal element in a Lie algebra g over a field of characteristic not 2 is an element x∈g such t...
Let L be a simple finite-dimensional Lie algebra of characteristic distinct from 2 and from 3. Suppo...
Let L be a simple finite-dimensional Lie algebra of characteristic distinct from 2 and from 3. Suppo...
The main result discussed in this lecture is an elementary proof of the following theorem: If L is ...
Let L be a simple finite-dimensional Lie algebra over an algebraically closed field of characteristi...
Let L be a simple finite-dimensional Lie algebra over an algebraically closed field of characteristi...
The main result discussed in this lecture is an elementary proof of the following theorem: If L is ...
We give an overview of some properties of Lie algebras generated by at most 5 extremal elements. In ...
A nonzero element x in a Lie algebra g over a field F with Lie product [ , ] is called a extremal el...
A nonzero element x in a Lie algebra g over a field F with Lie product [ , ] is called a extremal el...
28 pagesWe study Lie algebras generated by extremal elements (i.e., elements spanning inner ideals o...
28 pagesWe study Lie algebras generated by extremal elements (i.e., elements spanning inner ideals o...
An extremal element in a Lie algebra g over a field of characteristic not 2 is an element x∈g such t...
An extremal element in a Lie algebra g over a field of characteristic not 2 is an element x∈g such t...
An extremal element in a Lie algebra g over a field of characteristic not 2 is an element x∈g such t...
An extremal element in a Lie algebra g over a field of characteristic not 2 is an element x∈g such t...