%N Starting values that produce a larger juggler number than smaller starting values.
%C The juggler sequence: begin with a starting value x and if x is even, x <- [sqrt(x)] and if x is odd, x <- [sqrt(x^3)] and repeat until x = 1, save the starting value, max x and the number of steps needed to reach it.
%D C. Pickover, Computers and the Imagination, St. Martin's Press, NY, 1991, p. 233.
%H Eric Weisstein's World of Mathematics, <a href="http://mathworld.wolfram.com/JugglerSequence.html">Juggler Sequence</a>
%H H. J. Smith, <a href="http://harry-j-smith-memorial.com/Juggler/JuggWhat.html">Juggler Sequence</a>
%e 37 is in the sequence because starting at 37 the juggler sequences maxes out at 24906114455136, a 14 digit number, after 8 steps. This is the largest juggler number found for starting values less than or equal to 37.
%Y Cf. A007320, A094670, A094679, A094683, A094684, A095908.
%A _Harry J. Smith_, Oct 06 2008