Relativistic field theory and chaotic dynamics

We have studied the relativistic equations and chaotic motions of gravitational field on the basis of the theory of relativity and chaos. Friedmann equation (the space component) shows the chaotic behaviours in case of the inflation universe (G/G > 0) and shows the non-chaotic behaviours in case of the flat and contraction universe (G/G less than or equal to 0). With the use of Kerr metric, we have discussed the non-diagonal tensor effect on gravitational field and chaotic dynamics. We have also discussed the dimension of the universe on the basis of E infinity theory. (C) 2004 Elsevier Ltd. All rights reserved.