Operator size growth in Lindbladian SYK
arXiv:2403.07115 · doi:10.1007/JHEP08(2024)092
Abstract
We investigate the growth of operator size in the Lindbladian Sachdev-Ye-Kitaev model with -body interaction terms and linear jump terms at finite dissipation strength. We compute the operator size as well as its distribution numerically at finite and analytically at large . With dissipative (productive) jump terms, the size converges to a value smaller (larger) than half the number of Majorana fermions. At weak dissipation, the evolution of operator size displays a quadratic-exponential-plateau behavior. The plateau value is determined by the ratios between the coupling of the interaction and the linear jump term in the large limit. The operator size distribution remains localized in the finite size region even at late times, contrasting with the unitary case. Moreover, we also derived the time-independent orthogonal basis for operator expansion which exhibits the operator size concentration at finite dissipation. Finally, we observe that the uncertainty relation for operator size growth is saturated at large , leading to classical dynamics of the operator size growth with dissipation.
arXiv comment43 pages, 14 figures, major revision, published version
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