%I A060895
%S A060895 1,2,65537,43046722,4294967297,152587890626,2821109907457,33232930569602,
%T A060895 281474976710657,1853020188851842,10000000000000001,45949729863572162,
%U A060895 184884258895036417,665416609183179842,2177953337809371137,6568408355712890626
%N A060895 n^16 + 1.
%C A060895 Let Phi_k(x) be the k-th cyclotomic polynomial and form the sequence 
               Phi_k(0), Phi_k(1), Phi_k(2), ... This gives A000027 (k=2), A002061 
               (k=3), A002522 (k=4), A053699 (k=5), A002061 (k=6), A053716 (k=7), 
               A002523 (k=8), A060883 (k=9), A060884 (k=10), A060885 (k=11), A060886 
               (k=12), A060887 (k=13), A060888 (k=14), A060889 (k=15), A060890 (k=16), 
               A060891 (k=18), A060892 (k=20), A060893 (k=24), A060894 (k=30), A060895 
               (k=32), A060896 (k=36).
%H A060895 Harry J. Smith, <a href="b060895.txt">Table of n, a(n) for n=0,...,1000</
               a>
%H A060895 Hisanori Mishima, <a href="http://www.asahi-net.or.jp/~KC2H-MSM/mathland/
               matha1/matha103.htm">Factorizations of many number sequences</a>
%o A060895 (PARI) { for (n=0, 1000, write("b060895.txt", n, " ", n^16 + 1); ) } 
               [From Harry J. Smith (hjsmithh(AT)sbcglobal.net), Jul 14 2009]
%Y A060895 Sequence in context: A059764 A052427 A051833 this_sequence A100266 A071067 
               A060069
%Y A060895 Adjacent sequences: A060892 A060893 A060894 this_sequence A060896 A060897 
               A060898
%K A060895 nonn
%O A060895 0,2
%A A060895 N. J. A. Sloane (njas(AT)research.att.com), May 05 2001