Systematic mapping of double-microwave parameter space identifies loss-suppressing regimes free of bound states and surveys molecular species to find heavy dipolar candidates that work with moderate fields.
Assuming a one-body lifetime of∼1 s, any further suppression of two-body loss rate provides no ad- ditional benefit
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The Map of Parameter Space in Double Microwave Shielding
Systematic mapping of double-microwave parameter space identifies loss-suppressing regimes free of bound states and surveys molecular species to find heavy dipolar candidates that work with moderate fields.