Universal Short Range Correlations in Bosonic Helium Clusters

Abstract

Short-range correlations in bosonic Helium clusters, composed of ${}^4$He atoms, are studied utilizing the generalized contact formalism. The emergence of universal $n$-body short range correlations is formulated and demonstrated numerically via Monte Carlo simulations. The values of the $n$-particle contacts are evaluated for $n\le 5$. In the thermodynamic limit, the two-body contact is extracted from available experimental measurements of the static structure factor of liquid ${}^4$He at high momenta, and found in a good agreement with the value extracted from our calculations.

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Cited by in corpus (6)

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• Large-momentun tail of one-dimensional Fermi gases with spin-orbit coupling
• Synergy between deep neural networks and the variational Monte Carlo method for small ${}^{4}H{e}_N$ clusters
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• Structural properties of bosonic He clusters with N=2-10 for different potential models at the physical point and at unitarity