  Asymptotically nonlocal field theories represent a sequence of
higher-derivative theories whose limit point is a ghost-free,
infinite-derivative theory. Here, we extend previous work on pure scalar and
Abelian gauge theories to asymptotically nonlocal non-Abelian theories. In
particular, we confirm that there is a limit in which the Lee-Wick spectrum can
be decoupled, but where the hierarchy problem is resolved via an emergent
nonlocal scale that regulates loop diagrams and that is hierarchically smaller
than the lightest Lee-Wick resonance.
