Constructs two-impurity wave functions to derive rigorous weak-coupling polaron interactions depending on statistics and medium constraints, plus an exact relation between fixed-density and fixed-chemical-potential cases valid for arbitrary coupling.
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Quantum droplets in BEC mixtures fragment to lower free energy, with 3D droplets splitting under strong interspecies interactions near the minimum atom number and 1D droplets fragmenting unless interactions are similar and density high, expelling atoms at higher temperatures while leaving persistent
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Role of impurity statistics and medium constraints in polaron-polaron interactions
Constructs two-impurity wave functions to derive rigorous weak-coupling polaron interactions depending on statistics and medium constraints, plus an exact relation between fixed-density and fixed-chemical-potential cases valid for arbitrary coupling.
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Fragmentation Temperature of 1D and 3D Quantum Droplets in a BEC Mixture
Quantum droplets in BEC mixtures fragment to lower free energy, with 3D droplets splitting under strong interspecies interactions near the minimum atom number and 1D droplets fragmenting unless interactions are similar and density high, expelling atoms at higher temperatures while leaving persistent