Abstract
The consequences for K 0 decay of the six-quark model with its natural possibility of incorporating a CP violating phase, δ, are investigated when a particular mechanism to give the ΔI = 1 2 rule is operative. The most important result is that the CP violation parameter ϵ′ is much larger than in previous analyses, and hence the theory has predictions for K 0 → ππ decay which are experimentally distinguishable from those of the superweak model.
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