Ultracold quantum gases with large scattering length show resonant enhancement of three-body loss rates when an Efimov trimer is at the scattering threshold. We calculate the three-body loss rates in heteronuclear mixtures of atoms for the case of large scattering length between the unlike atoms. Using zero-range interactions, we present results from the numerical solution of the integral equations for the recombination amplitude in momentum space and extract expressions for the recombination rate constants. Moreover, we calculate the relative positions of loss features for different sign of the scattering length and a first comparison with available experimental data is shown
We predict the resonance-enhanced magnetic field dependence of atom-dimer relaxation and three-body ...
We study the trajectory of Efimov states for a trapped three-boson system when the two-body scatteri...
In a recent experiment with ultracold trapped [superscript 85]Rb atoms, Makotyn et al. studied a qua...
Ultracold quantum gases with large scattering length show resonant enhancement of ...
We report on measurements of three-body recombination rates in an ultracold gas of 7Li atoms in the ...
13 pages, 8 figuresInternational audienceWe use the zero-range approximation to study a system of tw...
We experimentally and theoretically study the effect of the intraspecies scattering length onto the ...
We consider weakly bound bosonic and fermionic heteronuclear molecules (dimers) in ultracold atomic ...
Abstract – We investigate the three-body properties of two identical ↑ fermions and one dis-tinguish...
International audienceWe study three-body recombination in an ultracold Bose-Fermi mixture. We first...
We investigate theoretically and experimentally the heteronuclear Efimov scenario for a three-body s...
Three-body systems with large scattering length display universal phenomena associated with a discre...
The resonant profile of the rate coefficient for three-body recombination into a shallow dimer is in...
We have analyzed our recently-measured three-body loss rate coefficient for a Bose-Einstein condensa...
The universal three-body dynamics in ultra-cold binary gases confined to one-dimensional motion are ...
We predict the resonance-enhanced magnetic field dependence of atom-dimer relaxation and three-body ...
We study the trajectory of Efimov states for a trapped three-boson system when the two-body scatteri...
In a recent experiment with ultracold trapped [superscript 85]Rb atoms, Makotyn et al. studied a qua...
Ultracold quantum gases with large scattering length show resonant enhancement of ...
We report on measurements of three-body recombination rates in an ultracold gas of 7Li atoms in the ...
13 pages, 8 figuresInternational audienceWe use the zero-range approximation to study a system of tw...
We experimentally and theoretically study the effect of the intraspecies scattering length onto the ...
We consider weakly bound bosonic and fermionic heteronuclear molecules (dimers) in ultracold atomic ...
Abstract – We investigate the three-body properties of two identical ↑ fermions and one dis-tinguish...
International audienceWe study three-body recombination in an ultracold Bose-Fermi mixture. We first...
We investigate theoretically and experimentally the heteronuclear Efimov scenario for a three-body s...
Three-body systems with large scattering length display universal phenomena associated with a discre...
The resonant profile of the rate coefficient for three-body recombination into a shallow dimer is in...
We have analyzed our recently-measured three-body loss rate coefficient for a Bose-Einstein condensa...
The universal three-body dynamics in ultra-cold binary gases confined to one-dimensional motion are ...
We predict the resonance-enhanced magnetic field dependence of atom-dimer relaxation and three-body ...
We study the trajectory of Efimov states for a trapped three-boson system when the two-body scatteri...
In a recent experiment with ultracold trapped [superscript 85]Rb atoms, Makotyn et al. studied a qua...