AbstractWe show that in the case of 2-dimensional lattices, Quebbemann's notion of modular and strongly modular lattices has a natural extension to the class group of a given discriminant, in terms of a certain set of translations. In particular, a 2-dimensional lattice has “extra” modularities essentially when it has order 4 in the class group. This allows us to determine the conditions on D under which there exists a strongly modular 2-dimensional lattice of discriminant D, as well as how many such lattices there are. The technique also applies to the question of when a lattice can be similar to its even sublattice
Kieburg M, Verbaarschot JJM, Zafeiropoulos S. A classification of 2-dim Lattice Theory. In: PoS LAT...
AbstractWe give a new existence proof for the rank 2d even lattices usually called the Barnes–Wall l...
AbstractWe completely characterize those distributive lattices which can be obtained as elementary s...
We show that in the case of 2-dimensional lattices, Quebbemann's notion of modular and strongly modu...
AbstractWe show that in the case of 2-dimensional lattices, Quebbemann's notion of modular and stron...
In lattice theory the two well known equational class of lattices are the distributive lattices and ...
AbstractIt is shown that ann-dimensional unimodular lattice has minimal norm at most 2[n/24]+2, unle...
We show that there are uncountably many countable homogeneous lattices. We give a discussion of whic...
Because lattice theory is so vast, the primary purpose of this paper will be to present some of the ...
AbstractEven lattices similar to their duals are discussed in connection with modular forms for Fric...
AbstractIt is shown that the class number of definite even quadratic forms of dimension 24 and discr...
AbstractLet V be a discriminator variety such that the class B={A∈V: A is simple and has no trivial ...
AbstractThe dimension of a partially ordered set P is the smallest integer n (if it exists) such tha...
International audienceA lattice L is spatial if every element of L is a join of completely join-irre...
For an algebraic structure A, let SubA denote the substructure lattice of A. For a class K of algebr...
Kieburg M, Verbaarschot JJM, Zafeiropoulos S. A classification of 2-dim Lattice Theory. In: PoS LAT...
AbstractWe give a new existence proof for the rank 2d even lattices usually called the Barnes–Wall l...
AbstractWe completely characterize those distributive lattices which can be obtained as elementary s...
We show that in the case of 2-dimensional lattices, Quebbemann's notion of modular and strongly modu...
AbstractWe show that in the case of 2-dimensional lattices, Quebbemann's notion of modular and stron...
In lattice theory the two well known equational class of lattices are the distributive lattices and ...
AbstractIt is shown that ann-dimensional unimodular lattice has minimal norm at most 2[n/24]+2, unle...
We show that there are uncountably many countable homogeneous lattices. We give a discussion of whic...
Because lattice theory is so vast, the primary purpose of this paper will be to present some of the ...
AbstractEven lattices similar to their duals are discussed in connection with modular forms for Fric...
AbstractIt is shown that the class number of definite even quadratic forms of dimension 24 and discr...
AbstractLet V be a discriminator variety such that the class B={A∈V: A is simple and has no trivial ...
AbstractThe dimension of a partially ordered set P is the smallest integer n (if it exists) such tha...
International audienceA lattice L is spatial if every element of L is a join of completely join-irre...
For an algebraic structure A, let SubA denote the substructure lattice of A. For a class K of algebr...
Kieburg M, Verbaarschot JJM, Zafeiropoulos S. A classification of 2-dim Lattice Theory. In: PoS LAT...
AbstractWe give a new existence proof for the rank 2d even lattices usually called the Barnes–Wall l...
AbstractWe completely characterize those distributive lattices which can be obtained as elementary s...