Local kinetic and thermokinetic precision bounds are shown to break in the nonlinear spin-boson model due to antibunching, while a susceptibility-based kinetic uncertainty relation continues to hold.
Such a system is de- scribed by a GKSL master equation for the reduced den- sity operator ˙ˆρS(t) =LˆρS(t) =− i ℏ [ ˆHS(t),ˆρS(t)] + X α,j D[ ˆLα,j(t)]ˆρS(t)
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Impact of Nonlinearities on Local Kinetic and Thermokinetic Uncertainty Relations in Bosonic Transport
Local kinetic and thermokinetic precision bounds are shown to break in the nonlinear spin-boson model due to antibunching, while a susceptibility-based kinetic uncertainty relation continues to hold.