… Using quantum Monte Carlo methods we have studied dilute Bose-… liquid drop. This
observation agrees with recent experimental findings and allows for the study of an ultradilute liquid. …

… In droplets of dilute quantum liquids, … Quantum liquids thus have another very peculiar
feature: Kinetic energy, accounting for single-particle quantum fluctuations, can drive a liquid…

… From the equation of state, we extract the spinodal density, below which the homogeneous
system breaks into droplets. Our results offer a new example of a two-dimensional interacting …

… However, the inner density in the Bose–Bose drops is … quantum drops extend the realm of
the liquid state to much lower densities than any previous existing classical or quantum liquid. …

… that the droplets are stablized against collapse by quantum … Below that number, quantum
pressure drives a liquid-to-gas … These ultradilute isotropic liquids remain weakly interacting …

… V, we consider quantum droplets in the presence of a finite external trapping potential. We
show … Tarruell, Quantum liquid droplets in a mixture of BoseEinstein condensates, Science …

… In this work we present one such framework for the description of binary collisions of ultradilute
quantum droplets. It uses a QMC-based functional … Tarruell, Quantum liquid droplets in …

… These higher-order quantum corrections turn to improve the … Relatively strongly interacting
3D quantum droplets were … properties of the ultradilute quantum liquids but also offer the …

… Recently achieved two-component dipolar Bose-Einstein condensates open exciting
possibilities for the study of mixtures of ultradilute quantum liquids. While nondipolar self-bound (…

… thermal destabilization of quantum droplets in three dimensions. The quantum depletion and
thermal … In section 4, we consider one-dimensional quantum droplets and show a similar …