Are you saying since it's spinning really fast it won't slow down from uneven deformation?The angular momentum will be higher with higher RPMs thus resisting the effect of some instability from the hanging Chad allowing more time to either complete the process or exit?
I'm not really talking about the decay of angular momentum. I'm talking about the effects of the rate of that angular momentum when uneven deformation occurs, or rather if it occurs. As in, how it exacerbates induced instability created by it. That is, if it doesn't help overcome the uneven deformation and actually help produce even deformation.
Think of a straight drill bit spinning at high RPM vs a bent one. Spinning it faster won't make it better, unless you spin it so fast the bent portion breaks off completely leaving only a straight piece once again.