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When a dense granular jet hits a target, it forms a large dead zone andejects a highly collimated conical sheet with a well-defined opening angle.Using experiments, simulations, and continuum modeling, we find that thisopening angle is insensitive to the precise target shape and the dissipationmechanisms in the flow. We show that this surprising insensitivity arisesbecause dense granular jet impact, though highly dissipative, is nonethelesscontrolled by the limit of perfect fluid flow.

Still water: dead zones and collimated ejecta from the impact of granular jets