Turing pattern formation induced by spatially correlated noise - art. no. 056124
                        Sanz-Anchelergues A, Zhabotinsky NM, Epstein IR, Munuzuri AP
                                       PHYSICAL REVIEW E
                                   6305 (5): 6124-+, Part 2 MAY 2001
Abstract:
The effect of spatially correlated noise on Turing structures is analyzed both experimentally and numerically. Using the
photosensitive character of the chlorine dioxide-iodine-malonic acid reaction-diffusion system, spatial randomness is introduced in
the system. In the presence of noise, Turing patterns appear and are stable at levels of average illumination that would be more
than sufficient to suppress pattern formation in the case of homogeneous illumination.