Elastic modulus B of 1D quantum droplets is derived via super-Gaussian variational ansatz, validated numerically, and shown to have intricate g- and N-dependence due to soliton-droplet crossover, unlike 3D power-law scaling.
Collective Excitation s of Self-Bound Droplets of a Dipolar Quantum Fluid
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Elastic Modulus in One-Dimensional Quantum Droplets
Elastic modulus B of 1D quantum droplets is derived via super-Gaussian variational ansatz, validated numerically, and shown to have intricate g- and N-dependence due to soliton-droplet crossover, unlike 3D power-law scaling.