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In article number 1800234, Ye‐Xiong Zeng, Chong Li, and coworkers investigate the influence of the memory effect of the environments on adiabatic evolution and show that the memory can protect the adiabatic process and decrease the dependence of the classical lasers on adiabatic population transfer. The cover image illustrates an atom ensemble controlled by two classical optical fields in two environments...
The influence of non‐Markovian characters on the adiabatic evolution is investigated. The adiabatic Raman process is simulated in a three‐level system coupled to two independent environments. The results show that the memory effect of environments can restrain the decoherence effect of the system. Even if the system has strong decay rates in the non‐Markovian environments, the adiabatic population...
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