The purpose of this article is to explore the properties of integrable, purely transmitting, defects placed at the junctions of several one-dimensional domains within a network. The defect sewing conditions turn out to be quite restrictive—for example, requiring the number of domains meeting at a junction to be even—and there is a clear distinction between the behaviour of conformal and massive integrable models. The ideas are mainly developed within classical field theory and illustrated using a variety of field theory models defined on the branches of the network, including both linear and nonlinear examples
In this thesis I present a systematic discussion of large-area tunneling molecular junctions compris...
International audienceA mesoscale model is introduced to study the dynamics of material defects lyin...
Nonlinear sigma models appear in a wide variety of physics contexts, such as the long-range order wi...
The purpose of this article is to explore the properties of integrable, purely transmitting, defects...
Energy and momentum conservation in the context of a type II, purely transmitting, defect, within a ...
We study a fracture on a quasistatic time scale in a three-dimensional (3D) fuse network model with ...
We consider topological defect networks with junctions in A N − 1 Toda CFT and the connection to sup...
This dissertation studies the roles of gap junctions in the dynamics of neuronal networks in three d...
Type II integrable defects with more than one degree of freedom at the defect are investigated. A co...
A folding process is applied to fused a(1) r defects to construct defects for the non-simply laced ...
We reveal significant qualitative differences in the rigidity transition of three types of disordere...
We study the failure of planar random fiber networks with computer simulations. The networks are gro...
We study quantum integrability of ane Toda theories with a line of defect. In particular, we focus ...
Energy and momentum conservation in the context of a type II, purely transmitting, defect, within a ...
Some aspects of integrable field theories possessing purely transmitting defects are described. The ...
In this thesis I present a systematic discussion of large-area tunneling molecular junctions compris...
International audienceA mesoscale model is introduced to study the dynamics of material defects lyin...
Nonlinear sigma models appear in a wide variety of physics contexts, such as the long-range order wi...
The purpose of this article is to explore the properties of integrable, purely transmitting, defects...
Energy and momentum conservation in the context of a type II, purely transmitting, defect, within a ...
We study a fracture on a quasistatic time scale in a three-dimensional (3D) fuse network model with ...
We consider topological defect networks with junctions in A N − 1 Toda CFT and the connection to sup...
This dissertation studies the roles of gap junctions in the dynamics of neuronal networks in three d...
Type II integrable defects with more than one degree of freedom at the defect are investigated. A co...
A folding process is applied to fused a(1) r defects to construct defects for the non-simply laced ...
We reveal significant qualitative differences in the rigidity transition of three types of disordere...
We study the failure of planar random fiber networks with computer simulations. The networks are gro...
We study quantum integrability of ane Toda theories with a line of defect. In particular, we focus ...
Energy and momentum conservation in the context of a type II, purely transmitting, defect, within a ...
Some aspects of integrable field theories possessing purely transmitting defects are described. The ...
In this thesis I present a systematic discussion of large-area tunneling molecular junctions compris...
International audienceA mesoscale model is introduced to study the dynamics of material defects lyin...
Nonlinear sigma models appear in a wide variety of physics contexts, such as the long-range order wi...