Abstract
A method of employing semileptonic $$K^{0}$$ -meson decays is proposed. Combined with a time-dependent analysis of decay parameters of initially produced combination, it permits extracting $$K^{0}{-}\bar{K}^{0}$$ . These measurements could be applied to heavy-flavor physics problems—in particular, charm physics. A feasibility study for the strong-phase difference in charm decays is performed.
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