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Due to the intrinsic strong blockaded interaction shifting the energy levelof Rydberg state, the steady Rydberg probability may be substantiallyrestrained to a low level, especially for atoms suffering from weak drivings.We report an exotic excitation facilitation using strong blockaded energyshifting the double excitation state, leading to the weakly-driven atomdeterministically excited by a significantly improved fraction even at faroff-resonant regimes. This phenomenon is attributed to the effective inductionof a reduced detuning to the weakly-driven atom by optimizing parameters of anauxiliary strongly-driven atom, arising a modified large probability preservedfor a broadening range of detunings. The influence from breaking blockadecondition on the excitation probability is also discussed. In contrast toprevious approaches, our excitation facilitation mechanism does not rely onantiblockade effect to the compensation of Rydberg energy, serving as a freshway to a deterministic single-atom excitation of the target atom in a pair ofheteronuclear Rydberg atoms, where a strong interatomic interaction isrequired.

Deterministic facilitated excitation of the weakly-driven atom in heteronuclear Rydberg atom pairs beyond antiblockade