Skip to main content

Table 2 Smallest population transferred \(\min (r_{s}^{T})\) at \(T=5\) for different sets of dephasing noise \(\vec{\gamma} = \vec{\gamma}_{\text{opt}}, \vec{1}, \vec{0}\). In the central column, we show those instances in which we vary the initial state \(\rho (0)\), i.e., the site where the excitation is initially injected, whereas on the rightmost column we change the site m connected to the sink through the operator \(L_{\Gamma _{s}}\) introduced in Equation (6)

From: Efficient excitation-transfer across fully connected networks via local-energy optimization

γ⃗

\(\text{min}(r^{T}_{s})|\rho (0)\)

\(\text{min}(r^{T}_{s})|L_{\Gamma _{s}}\)

\(\vec{\gamma}_{\text{ref}}\)

0.971

0.961

\(\vec{1}\)

0.981

0.976

\(\vec{0}\)

0.018

0.031