Quantum channel for modeling spin-motion dephasing in Rydberg chains
We develop a numerically efficient quantum channel to model spin-motion dephasing effects in the strongly blockaded regmine of quantum simulations using Rydberg atom arrays.
Distributing entanglement at the quantum speed limit in Rydberg chains
We identify the set of control parameters that maximize the transport probability of an entangled spin along a Rydberg chain using the perfect transport protocol.
