 A different line of criticism objects that \(p(F\mid \neg D)\) isn’t low after all: even without a designer, the fine-tuning discovery was “inevitable” because our universe is just one in an infinite sequence of universes, oscillating from bang to crunch and back to bang again, with a new set of constants and initial conditions emerging at each bang (Wheeler 1973; Leslie 1989). Sooner or later, this endless cycle of universal reboots is bound to hit upon a life-supporting configuration of constants and initial conditions, so \(p(F\mid \neg D)\) may even equal 1, contra premise (1). (How we could know about this endless cycle of universes is a tricky question. The crucial piece of evidence might be that it explains why our universe is fine-tuned. But then, the same may be true of the design hypothesis, \(D.)\)