Matches in SemOpenAlex for { <https://semopenalex.org/work/W3195465341> ?p ?o ?g. }
- W3195465341 endingPage "554" @default.
- W3195465341 startingPage "554" @default.
- W3195465341 abstract "We study the chaos and hyperchaos of Rydberg-dressed Bose–Einstein condensates (BECs) in a one-dimensional optical lattice. Due to the long-range, soft-core interaction between the dressed atoms, the dynamics of the BECs are described by the extended Bose-Hubbard model. In the mean-field regime, we analyze the dynamical stability of the BEC by focusing on the ground state and localized state configurations. Lyapunov exponents of the two configurations are calculated by varying the soft-core interaction strength, potential bias, and length of the lattice. Both configurations can have multiple positive Lyapunov exponents, exhibiting hyperchaotic dynamics. We show the dependence of the number of the positive Lyapunov exponents and the largest Lyapunov exponent on the length of the optical lattice. The largest Lyapunov exponent is directly proportional to areas of phase space encompassed by the associated Poincaré sections. We demonstrate that linear and hysteresis quenches of the lattice potential and the dressed interaction lead to distinct dynamics due to the chaos and hyperchaos. Our work is relevant to current research on chaos as well as collective and emergent nonlinear dynamics of BECs with long-range interactions." @default.
- W3195465341 created "2021-08-30" @default.
- W3195465341 creator A5019285568 @default.
- W3195465341 creator A5031801059 @default.
- W3195465341 creator A5050428025 @default.
- W3195465341 date "2021-12-05" @default.
- W3195465341 modified "2023-09-27" @default.
- W3195465341 title "Hyperchaos in a Bose-Hubbard Chain with Rydberg-Dressed Interactions" @default.
- W3195465341 cites W1501304262 @default.
- W3195465341 cites W1604739140 @default.
- W3195465341 cites W1883192676 @default.
- W3195465341 cites W1964808359 @default.
- W3195465341 cites W1964993030 @default.
- W3195465341 cites W1972806675 @default.
- W3195465341 cites W1974623591 @default.
- W3195465341 cites W1975746202 @default.
- W3195465341 cites W1977729450 @default.
- W3195465341 cites W1984076494 @default.
- W3195465341 cites W1988574822 @default.
- W3195465341 cites W1991923288 @default.
- W3195465341 cites W1993326632 @default.
- W3195465341 cites W1995689107 @default.
- W3195465341 cites W2013008485 @default.
- W3195465341 cites W2015112229 @default.
- W3195465341 cites W2019062653 @default.
- W3195465341 cites W2020178642 @default.
- W3195465341 cites W2022679061 @default.
- W3195465341 cites W2022949210 @default.
- W3195465341 cites W2023222451 @default.
- W3195465341 cites W2026835971 @default.
- W3195465341 cites W2027346046 @default.
- W3195465341 cites W2028184866 @default.
- W3195465341 cites W2031080851 @default.
- W3195465341 cites W2036287475 @default.
- W3195465341 cites W2036733217 @default.
- W3195465341 cites W2036852491 @default.
- W3195465341 cites W2044725649 @default.
- W3195465341 cites W2046675645 @default.
- W3195465341 cites W2054558389 @default.
- W3195465341 cites W2055563681 @default.
- W3195465341 cites W2062682377 @default.
- W3195465341 cites W2072573681 @default.
- W3195465341 cites W2073009718 @default.
- W3195465341 cites W2075775100 @default.
- W3195465341 cites W2076962667 @default.
- W3195465341 cites W2078791968 @default.
- W3195465341 cites W2079114258 @default.
- W3195465341 cites W2089503113 @default.
- W3195465341 cites W2091807472 @default.
- W3195465341 cites W2097000953 @default.
- W3195465341 cites W2105109696 @default.
- W3195465341 cites W2121254344 @default.
- W3195465341 cites W2132381779 @default.
- W3195465341 cites W2134748832 @default.
- W3195465341 cites W2148366453 @default.
- W3195465341 cites W2149828519 @default.
- W3195465341 cites W2152254020 @default.
- W3195465341 cites W2153434019 @default.
- W3195465341 cites W2166911762 @default.
- W3195465341 cites W2296406505 @default.
- W3195465341 cites W2299768518 @default.
- W3195465341 cites W2327340940 @default.
- W3195465341 cites W2564999505 @default.
- W3195465341 cites W2610161140 @default.
- W3195465341 cites W2618465568 @default.
- W3195465341 cites W2620349602 @default.
- W3195465341 cites W2761437787 @default.
- W3195465341 cites W2792281516 @default.
- W3195465341 cites W2799612220 @default.
- W3195465341 cites W2810875815 @default.
- W3195465341 cites W2906425183 @default.
- W3195465341 cites W2953920086 @default.
- W3195465341 cites W2963092886 @default.
- W3195465341 cites W2963388978 @default.
- W3195465341 cites W2972863080 @default.
- W3195465341 cites W2985106983 @default.
- W3195465341 cites W3005983610 @default.
- W3195465341 cites W3020989582 @default.
- W3195465341 cites W3062616115 @default.
- W3195465341 cites W3086410848 @default.
- W3195465341 cites W3088667432 @default.
- W3195465341 cites W3093388565 @default.
- W3195465341 cites W3100527495 @default.
- W3195465341 cites W3101626259 @default.
- W3195465341 cites W3103741761 @default.
- W3195465341 cites W3106044451 @default.
- W3195465341 cites W3111031929 @default.
- W3195465341 cites W3119974792 @default.
- W3195465341 cites W3127868649 @default.
- W3195465341 cites W3165081812 @default.
- W3195465341 cites W813287107 @default.
- W3195465341 cites W832080268 @default.
- W3195465341 cites W3103274702 @default.
- W3195465341 doi "https://doi.org/10.3390/photonics8120554" @default.
- W3195465341 hasPublicationYear "2021" @default.
- W3195465341 type Work @default.
- W3195465341 sameAs 3195465341 @default.
- W3195465341 citedByCount "2" @default.