This is a front-end for the Online Encyclopedia of Integer Sequences, made by Christian Perfect. The idea is to provide OEIS entries in non-ancient HTML, and then to think about how they're presented visually. The source code is on GitHub.
%I A179109 #18 Oct 13 2023 06:49:48
%S A179109 3,312,1138,378661,736844,611085363,149651610621
%N A179109 Values y for records of minima of positive distance d between a square cubefree integer y and a cube of positive and squarefree integer x and such d = y^2 - x^3.
%C A179109 If x=n^2 and y=n^3 distance d=0.
%C A179109 For x values see A179108.
%C A179109 For d values see A179107.
%C A179109 For numbers x from 46 to 108 distance can't be less than 8.
%C A179109 For numbers x from 109 to 5233 distance can't be less than 15.
%C A179109 For numbers x from 5234 to 8157 distance can't be less than 17.
%C A179109 For numbers x from 8158 to 729113 distance can't be less than 24.
%C A179109 For numbers x from 729114 to 28187350 distance can't be less than 225.
%t A179109 d = 3; max = 1000; vecd = Table[10^100, {n, 1, max}]; vecx = Table[10^100, {n, 1, max}]; vecy = Table[10^100, {n, 1, max}]; len = 1; Do[m = Floor[(n^d)^(1/2)] + 1; k = m^2 - n^d; If[k != 0, ile = 0; Do[If[vecd[[z]] < k, ile = ile + 1], {z, 1, len}]; len = ile + 1; vecd[[len]] = k; vecx[[len]] = n; vecy[[len]] = m], {n, 1, 720114}]; dd = {}; xx = {}; yy = {}; Do[AppendTo[dd, vecd[[n]]]; AppendTo[xx, vecx[[n]]]; AppendTo[yy, vecy[[n]]], {n, 1, len}]; yy (* _Artur Jasinski_, Oct 30 2011 *)
%Y A179109 Cf. A179107, A179108.
%K A179109 more,nonn
%O A179109 1,1
%A A179109 _Artur Jasinski_, Jun 29 2010