Although the new algorithm significantly improves the simulation efficiency of FRP and DT systems, its application to controlled radical polymerization (e.g., ATRP and RAFT) remains challenging. These methods typically achieve control by introducing additional substances, which induce radical dormancy or the formation of unstable intermediates, thereby further reducing the concentration of active radicals. Moreover, the temporary deactivation of radicals dynamically alters their effective concentration, increasing the complexity of the simulation and making the direct application of the new algorithm to such systems difficult. This issue warrants further investigation and exploration.