gaugeatomlaser Unknown Author Gauge atom laser simulation yes t yes 1 no 1 7 11 yes x 8192 (-1.0e-4, 8.0e-5) 1 1 1 1 dconstants double Vt Vu damping ruo2 ruo4dx sqrtruo2 no xright ? absorbright*pow(1-cos(M_PI*(x-xright)/widthr),dpow): 0); Vt = (0.5*M*omegax*omegax*x*x-muo+offsetpotential)/hbar; Vu = M*g*x/hbar; ]]> cconstants complex kappa kappas no main complex phita phitb phiua phiub theta no dconstants cconstants SIIP 1.0e-10 10 5 5 5 2 yes Lta Ltb Lua Lub main dconstants cconstants

gaugeatomlaser.xsil yes no 0 integral no weight no 32 trapped untrapped no 0 ntr nuntr yes 128 ktrapped kuntrapped 0) { ktrapped = _active_main_main[_main_lattice0*_main_main_ncomponents - _main_main_index_pointer + 1]*phita*weight; kuntrapped = _active_main_main[_main_lattice0*_main_main_ncomponents - _main_main_index_pointer + 3]*phiua*weight; } else { ktrapped = phitb*phita*weight; kuntrapped = phiub*phiua*weight; }; ]]>