Andere Kunden interessierten sich auch für
![Rockwell Collins]( "Rockwell Collins")
Rockwell Collins29,99 €![Newton (Unit)]( "Newton (Unit)")
Newton (Unit)22,99 €![YAMBO Code]( "YAMBO Code")
YAMBO Code22,99 €![The Method of Mechanical Theorems]( "The Method of Mechanical Theorems")
The Method of Mechanical Theorems25,99 €![Partition Function (Statistical Mechanics)]( "Partition Function (Statistical Mechanics)")
Partition Function (Statistical Mechanics)22,99 €![Particle in a One-dimensional Lattice (Periodic Potential)]( "Particle in a One-dimensional Lattice (Periodic Potential)")
Particle in a One-dimensional Lattice (Periodic Potential)22,99 €![The Method of Mechanical Theorems]( "The Method of Mechanical Theorems")
The Method of Mechanical Theorems19,99 €
High Quality Content by WIKIPEDIA articles! An important question in statistical mechanics is the dependence of model behaviour on the dimension of the system. The shortcut model was introduced in the course of studying this dependence. The model interpolates between discrete regular lattices of integer dimension. The behaviour of different processes on discrete regular lattices have been studied quite extensively. They show a rich diversity of behaviour, including a non-trivial dependence on the dimension of the regular lattice. In recent years the study has been extended from regular lattices to complex networks. The shortcut model has been used in studying several processes and their dependence on dimension. The shortcut model starts with a network built on a one-dimensional regular lattice. One then adds edges to create shortcuts that join remote parts of the lattice to one another. The starting network is a one-dimensional lattice of textstyle N vertices with periodic boundary conditions.