activity
19972005
most citedPieces of 2^d: Existence and uniqueness for Barnes-Wall and Ypsilanti lattices

4 citations · 7 across the 3 of their papers we have counts for

collaborators

6 papers

math.QA20053 cited

On the uniqueness of the moonshine vertex operator algebra

Chongying Dong, Robert L. Griess, Ching Hung Lam

It is proved that a vertex operator algebra is isomorphic to the moonshine VOA of Frenkel-Lepowsky-Meurman if it satisfies certain conditions. Our two main theorems establish a wea…

math.QA2004

The rank two lattice type vertex operator algebras V_L^+ and their automorphism groups

Chongying Dong, Robert L. Griess

Let L be a positive definite even lattice and V_L^+ be the fixed points of the lattice VOA V_L associated to L under an automorphism of V_L lifting the -1 isometry of L. For any po…

math.GR20044 cited

Pieces of 2^d: Existence and uniqueness for Barnes-Wall and Ypsilanti lattices

Robert L. Griess

We give a new existence proof for the rank 2^d even lattices usually called the Barnes-Wall lattices, and establish new results on uniqueness, structure and transitivity of the aut…

math.QA2001

Automorphism groups and derivation algebras of finitely generated vertex operator algebras

C. Dong, R. L. Griess

We investigate the general structure of the automorphism group and the Lie algebra of derivations of a finitely generated vertex operator algebra. The automorphism group is isomorp…

math.QA1998

Rank one lattice type vertex operator algebras and their automorphism groups, II: E-series

Chongying Dong, Robert L. Griess, Alex Ryba

Let L be the A_1 root lattice and G a finite subgroup of Aut(V_L), where is the associated lattice VOA (in this case, Aut(V) is isomorphic to PSL(2,\Bbb C)). The fixed point…

q-alg1997

Rank one lattice type vertex operator algebras and their automorphism groups

Chongying Dong, Robert L. Griess

Let L be a positive definite even lattice of rank one and V_L^+ be the fixed points of the lattice VOA V_L associated to L under an automorphism of V_L lifting the -1$ isometry of…