affected distribution is always x>3/4, both before and after
what's measured is upper bound on number of zeroes <y, relative to y
it was <y^(3/5), now it's <y^(13/25)
it says nothing about absence of zeroes, but the density result already affects prime distributions
affected distribution is always x>3/4, both before and after
what's measured is upper bound on number of zeroes <y, relative to y
it was <y^(3/5), now it's <y^(13/25)
it says nothing about absence of zeroes, but the density result already affects prime distributions