Pulse propagation in optical fibers may electrostrictively excite acoustic
waves as a result of cladding Brillouin scattering, transversally propagati
ng with respect to the fiber axis in the fiber's cladding, and mechanical c
oating. We show, for the first time to our knowledge, experimentally and th
eoretically that these transverse resonances within finite frequency ranges
may cooperatively couple with the acoustic longitudinal modes of a fiber r
esonator, giving rise to stable trains of either spread or compressed three
-wave Brillouin solitons and propose a first stability map for the rich fou
r-wave dissipative dynamics. (C) 2001 Optical Society of America.