%I
%S 1,5,13,29,61,573,2621,6717,23101,88637,350781,875069,9263677,
%T 26040893,93149757,227367485,2374851133,10964785725,28144654909,
%U 165583608381,440461515325,990217329213,3189240584765,7587287095869,16383380118077
%N Write 1/e as a binary fraction; read this from left to right and whenever a 1 appears, note the integer formed by reading leftwards from that 1. Then divide these numbers by 2.
%F a(n) = A099969(n)/2.  _Michel Marcus_, Nov 03 2013
%e 1/e = 0.367879441171442321595523770161460867445811131031767834507... = 0.010111100010110101011000110110001011001110111100110111110001101010111010110111 in binary.
%t d = 100; l = First[RealDigits[N[1/E, d], 2]]; Do[m = Take[l, n]; k = Length[m]; If[m[[k]] == 1, Print[FromDigits[Reverse[m], 2]]], {n, 1, d}] (* _Ryan Propper_, Aug 18 2005 *)
%Y Cf. A068985, A099969, A099971, A099972, A099973, A099974.
%K nonn,easy
%O 0,2
%A _N. J. A. Sloane_, Nov 13, 2004, based on correspondence from _Artur Jasinski_, Mar 25 2003
%E More terms from _Ryan Propper_, Aug 18 2005
