Determination of critical linear lattice size for the four dimensional Ising model on the Creutz cellular automaton

Abstract

The four-dimensional Ising model is simulated on the Creutz cellular automaton (CCA) near the infinite-lattice critical temperature for the lattice with the linear dimension 4 a (c) 1/2 L a (c) 1/2 22. The temperature dependence of Binder parameter (g (L)) are analyzed for the lattice with the linear dimension 4 a (c) 1/2 L a (c) 1/2 22. In this study conducted highly detailed, two different types of behavior were determined as a result of varying linear lattice dimension. The infinite lattice critical temperatures are obtained to be T (c) = 6.6845 +/- 0.0005 in interval 4 a (c) 1/2 L a (c) 1/2 12 and T (c) = 6.6807 +/- 0.0024 in interval 14 a (c) 1/2 L a (c) 1/2 22. The finite and infinite lattice critical exponents for the order parameter, the magnetic susceptibility and the specific heat are computed from the results of simulations by using finite-size scaling relations. Critical linear lattice size have been identified as L = 14.