Finite size scaling analysis of intermittency moments in the two dimensional Ising model

TL;DR

This paper demonstrates that finite size scaling effectively analyzes intermittency moments in the 2D Ising model, revealing exponents consistent with the magnetic critical exponent, thus linking intermittency analysis to critical phenomena.

Contribution

The study applies finite size scaling to intermittency moments in the 2D Ising model, establishing their relation to critical exponents and validating the method for such systems.

Findings

Finite size scaling works well for intermittency studies.

Intermittency exponents relate to the magnetic critical exponent.

Results confirm expected theoretical relations.

Abstract

Finite size scaling is shown to work very well for the block variables used in intermittency studies on a 2-d Ising lattice. The intermittency exponents so derived exhibit the expected relations to the magnetic critical exponent of the model. Email contact: pesch@amoco.saclay.cea.fr