The changes in the two-dimensional (2D) 4He phase diagram due to the introduction of impurities (Cs atoms) are estimated using path-integral Monte Carlo simulations. Our results indicate that when we increase the concentration of Cs atoms, the liquid-gas coexistence zone decreases in size and eventually disappears for ¿Cs~0.005Å-2, so that 2D 4He gases will be stable at low temperatures.Universidad Pablo de Olavide. Departamento de Sistemas Físicos, Químicos y NaturalesVersión del edito
Liquid 4He shows a dewetting phase on Cs and Rb at low temperatures. These are the only substrates w...
We report ground state energies and structural properties for small helium clusters (4He) containing...
This manuscript presents the experiments done in the group "Quantum solids and fluids" of Laboratoir...
Path-integral Monte Carlo simulations have been used to determine the phase diagram of a two-dimensi...
Quantum Monte Carlo simulations at zero temperature of a He3 monolayer adsorbed on graphite, either ...
Path integral Monte Carlo calculations were used to study a 2D system of H2 molecules. The ground st...
Path Integral Monte Carlo was used to calculate the Bose-Einstein condensate fraction at the surface...
We present diffusion Monte Carlo (DMC) results on a novel, superfluid phase in two-dimensional 4He a...
The binding energies of two-dimensional clusters (puddles) of 4He are calculated in the framework of...
The binding energies of two-dimensional clusters (puddles) of 4He are calculated in the framework of...
We study different solid phases of 4He, by means of path integral Monte Carlo simulations based on a...
The phase diagram at zero temperature of 4He adsorbed on a helium incommensurate triangular solid on...
The binding energies of two-dimensional clusters (puddles) of¿4He are calculated in the framework of...
Recent experimental investigations [20] of solid 4He have been interpreted as showing possible super...
We show that, at high densities, fully variational solutions of solidlike types can be obtained from...
Liquid 4He shows a dewetting phase on Cs and Rb at low temperatures. These are the only substrates w...
We report ground state energies and structural properties for small helium clusters (4He) containing...
This manuscript presents the experiments done in the group "Quantum solids and fluids" of Laboratoir...
Path-integral Monte Carlo simulations have been used to determine the phase diagram of a two-dimensi...
Quantum Monte Carlo simulations at zero temperature of a He3 monolayer adsorbed on graphite, either ...
Path integral Monte Carlo calculations were used to study a 2D system of H2 molecules. The ground st...
Path Integral Monte Carlo was used to calculate the Bose-Einstein condensate fraction at the surface...
We present diffusion Monte Carlo (DMC) results on a novel, superfluid phase in two-dimensional 4He a...
The binding energies of two-dimensional clusters (puddles) of 4He are calculated in the framework of...
The binding energies of two-dimensional clusters (puddles) of 4He are calculated in the framework of...
We study different solid phases of 4He, by means of path integral Monte Carlo simulations based on a...
The phase diagram at zero temperature of 4He adsorbed on a helium incommensurate triangular solid on...
The binding energies of two-dimensional clusters (puddles) of¿4He are calculated in the framework of...
Recent experimental investigations [20] of solid 4He have been interpreted as showing possible super...
We show that, at high densities, fully variational solutions of solidlike types can be obtained from...
Liquid 4He shows a dewetting phase on Cs and Rb at low temperatures. These are the only substrates w...
We report ground state energies and structural properties for small helium clusters (4He) containing...
This manuscript presents the experiments done in the group "Quantum solids and fluids" of Laboratoir...