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We report on the experimental observation of bunching dynamics with temporalcavity solitons in a continuously-driven passive fibre resonator. Specifically,we excite a large number of ultrafast cavity solitons with random temporalseparations, and observe in real time how the initially random sequenceself-organizes into regularly-spaced aggregates. To explain our experimentalobservations, we develop a simple theoretical model that allows long-rangeacoustically-induced interactions between a large number of temporal cavitysolitons to be simulated. Significantly, results from our simulations are inexcellent agreement with our experimental observations, strongly suggestingthat the soliton bunching dynamics arise from forward Brillouin scattering. Inaddition to confirming prior theoretical analyses and unveiling a new cavitysoliton self-organization phenomenon, our findings elucidate the manner inwhich sound interacts with large ensembles of ultrafast pulses of light.

Bunching of temporal cavity solitons via forward Brillouin scattering