- #1
- 862
- 504
This recent video on Numberphile revisits -1 / 12
after a hiatus of nearly 10 years.
One point that they make is that there are infinitely many choices of regulating function that converge directly to the correct value (e.g. -1/12) without having to throw away "infinities" or terms of order N, N^2 etc.
Q1 : Is it true that:- If we choose a regulating function and then look at the integral corresponding to the weighted sum, and if that integral taken to infinity is zero, then that regulating function is a "magic" one? (They don't say so in the video).
Q2: If the above is true, is this particular aspect really a profound advance, or are they hyping it up just a little bit for YouTube?

One point that they make is that there are infinitely many choices of regulating function that converge directly to the correct value (e.g. -1/12) without having to throw away "infinities" or terms of order N, N^2 etc.
Q1 : Is it true that:- If we choose a regulating function and then look at the integral corresponding to the weighted sum, and if that integral taken to infinity is zero, then that regulating function is a "magic" one? (They don't say so in the video).
Q2: If the above is true, is this particular aspect really a profound advance, or are they hyping it up just a little bit for YouTube?