Abstract
Quantum liquids are growing in importance both in research and applications. Some of their properties, however, are not easy to measure or simulate. By means of a comprehensive analysis of neutron Brillouin scattering on the semiquantum deuterium liquid, the authors demonstrate that experiment and current semiclassical simulation methods deliver different results for the principal manifestation of the quantum nature of cold liquids in their dynamical properties, which is the rather long lifetimes of collective excitations.
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