Extended nearest-neighbor interactions in 2D lattice polarons generate dark impurity states with nontrivial internal structure beyond the usual attractive and repulsive branches.
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The authors construct a universal many-body Hamiltonian for pairwise interactions in homonuclear mixtures of atoms in different angular momentum states via spherical tensor operators that incorporates all scattering channels and multipolar exchanges.
Tripling fluctuations in a BEC-BCS-inspired model provide a microscopic derivation of quarkyonic matter that reproduces the speed of sound peak and baryon momentum shell in a simplified dense-matter framework.
In dilute ternary Bose-Einstein condensates, the double-parabola approximation reliably captures nucleation transitions but matches full numerical results for wetting phase diagrams only in symmetric cases.
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Lattice polarons with extended interactions
Extended nearest-neighbor interactions in 2D lattice polarons generate dark impurity states with nontrivial internal structure beyond the usual attractive and repulsive branches.
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Multipolar exchange in a many-body homonuclear mixture of atoms in different internal states
The authors construct a universal many-body Hamiltonian for pairwise interactions in homonuclear mixtures of atoms in different angular momentum states via spherical tensor operators that incorporates all scattering channels and multipolar exchanges.
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Quarkyonic matter and hadron-quark crossover from an ultracold atom perspective
Tripling fluctuations in a BEC-BCS-inspired model provide a microscopic derivation of quarkyonic matter that reproduces the speed of sound peak and baryon momentum shell in a simplified dense-matter framework.
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Influence of intraspecies interactions on the nucleation and wetting phase diagram in dilute ternary Bose-Einstein condensates
In dilute ternary Bose-Einstein condensates, the double-parabola approximation reliably captures nucleation transitions but matches full numerical results for wetting phase diagrams only in symmetric cases.
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