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We study a model of freely cooling inelastic granular gas in one dimension,with a restitution coefficient which approaches the elastic limit below arelative velocity scale v. While at early times (t << 1/v) the gas behaves as acompletely inelastic sticky gas conforming to predictions of earlier studies,at late times (t >> 1/v) it exhibits a new fluctuation dominated phase orderingstate. We find distinct scaling behavior for the (i) density distributionfunction, (ii) occupied and empty gap distribution functions, (iii) the densitystructure function and (iv) the velocity structure function, as compared to thecompletely inelastic sticky gas. The spatial structure functions (iii) and (iv)violate the Porod law. Within a mean-field approximation, the exponentsdescribing the structure functions are related to those describing the spatialgap distribution functions.

Violation of Porod law in a freely cooling granular gas in one dimension