Numerical solutions of the LHY-corrected Gross-Pitaevskii equation show a Bose-Bose droplet becomes porous, then moves out of a random repulsive speckle region, forming a ring in 2D and two fragments in 1D.
Droplet generation may be described by two-body interaction, and our system’s density is low enough to avoid three-body interaction
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Low-dimensional Bose-Bose Mixture in Random Speckle Potential
Numerical solutions of the LHY-corrected Gross-Pitaevskii equation show a Bose-Bose droplet becomes porous, then moves out of a random repulsive speckle region, forming a ring in 2D and two fragments in 1D.