so there is quite a big gap between 1.13 and poly alpha it is 1.13 and alpha that is some polynomial of logarithm of the dimension so as a physicist we always try to look numerically what's actually going on so numerically if we are looking what's the fraction of success of writing this in terms of solving this problem as the dimension is growing so here the capital n is actually what i call the p is the dimension so we are seeing that at alpha that is around six or seven it's already solving the problem almost always so so can we understand