Abstract
A three-dimensional string model is analyzed in the strong coupling regime. The contribution of surfaces with different topology to the partition function is essential. A set of corresponding models is discovered. Their critical indices, which depend on two integers (m,n) are calculated analytically. The critical indices of the three-dimensional Ising model should belong to this set. A possible connection with the chain of three dimensional lattice Pott`s models is pointed out. (author) 22 refs.; 2 figs.
Citation Formats
Sedrakyan, A.
3D-Ising model as a string theory in three-dimensional euclidean space.
France: N. p.,
1992.
Web.
Sedrakyan, A.
3D-Ising model as a string theory in three-dimensional euclidean space.
France.
Sedrakyan, A.
1992.
"3D-Ising model as a string theory in three-dimensional euclidean space."
France.
@misc{etde_10109832,
title = {3D-Ising model as a string theory in three-dimensional euclidean space}
author = {Sedrakyan, A}
abstractNote = {A three-dimensional string model is analyzed in the strong coupling regime. The contribution of surfaces with different topology to the partition function is essential. A set of corresponding models is discovered. Their critical indices, which depend on two integers (m,n) are calculated analytically. The critical indices of the three-dimensional Ising model should belong to this set. A possible connection with the chain of three dimensional lattice Pott`s models is pointed out. (author) 22 refs.; 2 figs.}
place = {France}
year = {1992}
month = {Nov}
}
title = {3D-Ising model as a string theory in three-dimensional euclidean space}
author = {Sedrakyan, A}
abstractNote = {A three-dimensional string model is analyzed in the strong coupling regime. The contribution of surfaces with different topology to the partition function is essential. A set of corresponding models is discovered. Their critical indices, which depend on two integers (m,n) are calculated analytically. The critical indices of the three-dimensional Ising model should belong to this set. A possible connection with the chain of three dimensional lattice Pott`s models is pointed out. (author) 22 refs.; 2 figs.}
place = {France}
year = {1992}
month = {Nov}
}