Temperature-controlled resonance arises in heteronuclear mixtures when thermal smearing reshapes the effective potential, shifting resonance position with temperature.
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Resonant two-magnon interactions in long-range spin chains yield Efimov three-magnon states for alpha in (2, 2.89) and semi-super Efimov states at alpha=2, confirmed by numerical solution of the Skorniakov-Ter-Martirosian equation.
Transverse pumping produces markedly higher magnon population at the spectral minimum than parallel pumping because the kinetic instability provides an efficient direct transfer channel under allowed conditions.
Simplified step-potential model shows critical velocity of BEC superflow minimized to zero at local condensation transition with v_c scaling as L_x to the power -0.963.
citing papers explorer
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Temperature-Controlled Resonance in a Heteronuclear Quantum Gas Mixture
Temperature-controlled resonance arises in heteronuclear mixtures when thermal smearing reshapes the effective potential, shifting resonance position with temperature.
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Universal Bound States in Long-range Spin Chains with an Impurity
Resonant two-magnon interactions in long-range spin chains yield Efimov three-magnon states for alpha in (2, 2.89) and semi-super Efimov states at alpha=2, confirmed by numerical solution of the Skorniakov-Ter-Martirosian equation.
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Enhancement of magnon flux toward a Bose-Einstein condensate
Transverse pumping produces markedly higher magnon population at the spectral minimum than parallel pumping because the kinetic instability provides an efficient direct transfer channel under allowed conditions.
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Anomalous minimization for critical velocity of superflow along a step potential
Simplified step-potential model shows critical velocity of BEC superflow minimized to zero at local condensation transition with v_c scaling as L_x to the power -0.963.