We present the results of over 100 simulations of star formation in turbulent molecular cores. Moderate levels of turbulence very often form several stars and brown dwarfs. Most often a central binary star forms with two unequal components in highly elliptical orbits. Smaller objects are dynamically ejected truncating their growth and creating a high-velocity low-mass populatio
Context. Observations of young multiple star systems find a bimodal distribution in companion freque...
The theory of star formation that has developed over the past several decades supposes that dense co...
Prestellar Cores are created by the interaction of a turbulent velocity field and gravity. On large...
We present the results of an ensemble of simulations of the collapse and fragmentation of dense sta...
We explore, by means of a large ensemble of SPH simulations, how the level of turbulence affects th...
We investigate the effect of the turbulent power spectrum ($P(k) \propto k^{-n}$, with $n = 3,\,4\;...
I investigate the role of gravitation, turbulence, and radiation in forming low-mass stars. Molecula...
[[abstract]]We review current ideas and models in the problem of star formation from molecular cloud...
Although the standard model of star formation has served us well for over 20 years, its details are ...
We present results from the largest numerical simulation of star formation to resolve the fragmentat...
Context. Observations of young multiple star systems find a bimodal distribution in companion freque...
The theory of star formation that has developed over the past several decades supposes that dense co...
Prestellar Cores are created by the interaction of a turbulent velocity field and gravity. On large...
We present the results of an ensemble of simulations of the collapse and fragmentation of dense sta...
We explore, by means of a large ensemble of SPH simulations, how the level of turbulence affects th...
We investigate the effect of the turbulent power spectrum ($P(k) \propto k^{-n}$, with $n = 3,\,4\;...
I investigate the role of gravitation, turbulence, and radiation in forming low-mass stars. Molecula...
[[abstract]]We review current ideas and models in the problem of star formation from molecular cloud...
Although the standard model of star formation has served us well for over 20 years, its details are ...
We present results from the largest numerical simulation of star formation to resolve the fragmentat...
Context. Observations of young multiple star systems find a bimodal distribution in companion freque...
The theory of star formation that has developed over the past several decades supposes that dense co...
Prestellar Cores are created by the interaction of a turbulent velocity field and gravity. On large...