Abstract
The author considers a dissipative reactive system driven far from thermodynamic equilibrium and sustaining a locally attractive centre manifold beyond a symmetry-breaking instability. The author derives a functional equation for the renormalised diffusion pressure. This coefficient gives autocorrelations for intrinsic fluctuations and depends on the bifurcation parameter. The system is subject to the following realistic restrictions. (i) The temporal organisation lying beyond the instability can be accounted for by the existence of a centre manifold. (ii) The effective equilibrium energy averaged with respect to the stationary distribution about the centre manifold is independent of the bifurcation parameter.
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