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Long-range Interactions In One-Dimensional Gases Achieve Crossover To Clustering With Cavity Fields
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Long-range Interactions In One-Dimensional Gases Achieve Crossover To Clustering With Cavity Fields
Research utilising advanced computational methods reveals that one-dimensional gases with long-range interactions undergo a transition from stable, modulated states to clustered, non-superfluid behaviour with attractive forces, a phenomenon stabilised by short-range repulsion or fermionic statistics.
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