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With an eye toward the precision physics of the LHC, FCC-ee and possible highenergy muon colliders, we present the extension of the CEEX (coherent exclusiveexponentiation) realization of the YFS approach to resummation in our KK MC toinclude the processes f\bar{f}\rightarrow f'\bar{f'}, f=\mu,\tau, q,\nu_\ell,f'=e, \mu,\tau, q, \nu_\ell, q=u,d,s,c,b,t, \ell =e,\mu,\tau with f \ne f'.After giving a brief summary of the CEEX theory with reference to the older EEX(exclusive exponentiation) theory, we illustrate theoretical results relevantto the LHC, FCC-ee, and possible muon collider physics programs.

CEEX EW Corrections for f \bar{f}\rightarrow f'\bar{f'} at LHC, Muon Colliders and FCC-ee as Realized in KK MC 4.22