  We present a dynamical log-stable process for the spatio-temporal evolution
of the energy-dissipation field in fully developed turbulence. The process is
constructed from multifractal scaling relations required for two-point
correlators of arbitrary order. n-point correlation functions are calculated
analytically and interpreted in terms of generalised fusion rules and in terms
of the random multiplicative cascade picture.
  Multiplier distributions are compared with experimental results.
