Interaction asymmetry in two-component Bose gases on a ring alters the yrast spectrum, with plane-wave states emerging via continuous replacement or branch crossings depending on whether intra- or inter-component interactions dominate.
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Structure of the mean-field yrast spectrum of a two-component Bose gas in a ring: role of interaction asymmetry
Interaction asymmetry in two-component Bose gases on a ring alters the yrast spectrum, with plane-wave states emerging via continuous replacement or branch crossings depending on whether intra- or inter-component interactions dominate.