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Oscillatory stability of quantum droplets in PT-symmetric optical lattice
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作者 Jiehong Lao Zheng Zhou +2 位作者 Xili Zhang Fuqiu Ye honghua zhong 《Communications in Theoretical Physics》 SCIE CAS CSCD 2021年第6期59-65,共7页
We study stability and collisions of quantum droplets(QDs)forming in a binary bosonic condensate trapped in parity-time(PT)-symmetric optical lattices.It is found that the stability of QDs in the PT-symmetric system d... We study stability and collisions of quantum droplets(QDs)forming in a binary bosonic condensate trapped in parity-time(PT)-symmetric optical lattices.It is found that the stability of QDs in the PT-symmetric system depends strongly on the values of the imaginary part W0 of the PT-symmetric optical lattices,self-repulsion strength g,and the condensate norm N.As expected,the PT-symmetric QDs are entirely unstable in the broken PT-symmetric phase.However,the PT-symmetric QDs exhibit oscillatory stability with the increase of N and g in the unbroken PT-symmetric phase.Finally,collisions between PT-symmetric QDs are considered.The collisions of droplets with unequal norms are completely different from that in free space.Besides,a stable PT-symmetric QDs collides with an unstable ones tend to merge into breathers after the collision. 展开更多
关键词 quantum droplets PT symmetry optical lattice
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