Instead of using c as a variable, we measure the distance from the accumulation point -2. |
Moreover, we magnify the scale by an amount rn depending on n. |
That is, we use as our distance measure ε, where |
c = -2 + ε/rn. |
In terms of the distance ε, we are interested in the zeros of the functions |
gn(ε) = fn(-2 + ε/rn). |
Once we find the appropriate scaling factor rn, we hope to show
|
Return to Hurwitz-Robucci scaling.