### References to diophant

*47 seqfan posts*

*Sat Dec 24 00:26:19 CET 2011* [seqfan] Re: Season's present to OEIS

*Mon Nov 14 05:22:09 CET 2011* [seqfan] Re: Your A051217 Nonnegative numbers of the form 6^x-y^2.

*Sun Nov 13 23:37:55 CET 2011* [seqfan] Re: Your A051217 Nonnegative numbers of the form 6^x-y^2.

*Sun Nov 13 23:29:44 CET 2011* [seqfan] Re: Your A051217 Nonnegative numbers of the form 6^x-y^2.

*Fri Jun 24 08:36:06 CEST 2011* [seqfan] Re: three triangular numbers in a row

*Fri Jun 24 06:35:59 CEST 2011* [seqfan] Re: three triangular numbers in a row

*Fri Jun 17 22:22:06 CEST 2011* [seqfan] Re: I need a name for this sequence

*Fri Jun 17 16:50:35 CEST 2011* [seqfan] Re: I need a name for this sequence

*Sat Jun 11 19:11:24 CEST 2011* [seqfan] Re: I need a name for this sequence

*Sat May 15 12:29:32 CEST 2010* [seqfan] Re: A177766: more terms(?)

*Sun Apr 18 17:45:47 CEST 2010* [seqfan] Re: Numbers such that there exist a(n) consecutive triangle numbers which sum to a square.

*Sun Apr 18 16:02:48 CEST 2010* [seqfan] Re: Numbers such that there exist a(n) consecutive triangle numbers which sum to a square.

*Sun Apr 18 08:00:56 CEST 2010* [seqfan] Numbers such that there exist a(n) consecutive triangle numbers which sum to a square.

*Thu Mar 4 10:45:16 CET 2010* [seqfan] Strange thing in A005408: The odd numbers: a(n) = 2n+1.

*Fri Feb 5 14:47:42 CET 2010* [seqfan] Re: Help needed

*Mon Oct 26 09:36:25 CET 2009* [seqfan] A metric and UI for Pandora-like OEIS exploration

*Wed Oct 14 04:50:24 CEST 2009* [seqfan] Re: A006451 = n such that n*(n+1)/2+1 is square?

*Wed Oct 14 04:38:38 CEST 2009* [seqfan] Re: A006451 = n such that n*(n+1)/2+1 is square?

*Wed Oct 14 04:38:38 CEST 2009* [seqfan] Re: A006451 = n such that n*(n+1)/2+1 is square?

*Sat Oct 10 22:10:23 CEST 2009* [seqfan] Re: A006451 = n such that n*(n+1)/2+1 is square?

*Sat Oct 10 14:34:47 CEST 2009* [seqfan] Re: A006451 = n such that n*(n+1)/2+1 is square?

*Sat Oct 10 13:54:07 CEST 2009* [seqfan] Re: A006451 = n such that n*(n+1)/2+1 is square?

*Sat Oct 10 13:17:23 CEST 2009* [seqfan] Re: A006451 = n such that n*(n+1)/2+1 is square?

*Sat Oct 10 12:45:05 CEST 2009* [seqfan] Re: A006451 = n such that n*(n+1)/2+1 is square?

*Sat Oct 10 11:39:16 CEST 2009* [seqfan] Re: A006451 = n such that n*(n+1)/2+1 is square?

*Sat Oct 10 09:55:41 CEST 2009* [seqfan] A006451 = n such that n*(n+1)/2+1 is square?

*Tue Aug 25 18:05:39 CEST 2009* [seqfan] Re: Help with sequence

*Tue Aug 25 17:38:48 CEST 2009* [seqfan] Help with sequence

*Tue Aug 25 17:38:48 CEST 2009* [seqfan] Help with sequence

*Wed Jan 7 18:08:24 CET 2009* [seqfan] Re: n^3 - (largest square < n^3)

*Wed Jan 7 16:27:51 CET 2009* [seqfan] Re: n^3 - (largest square < n^3)

*Fri Dec 5 19:12:07 CET 2008* [seqfan] Re: Diophantine 4+5x^3=y^2 A152463

*Fri Dec 5 18:10:46 CET 2008* [seqfan] Re: Diophantine 4+5x^3=y^2

*Fri Dec 5 18:10:46 CET 2008* [seqfan] Re: Diophantine 4+5x^3=y^2

*Fri Dec 5 17:51:12 CET 2008* [seqfan] Diophantine 4+5x^3=y^2

*Mon Nov 24 19:35:37 CET 2008* [seqfan] Re: Prime Diophantine p = 2*q^2 + r.

*Mon Nov 24 19:35:37 CET 2008* [seqfan] Re: Prime Diophantine p = 2*q^2 + r.

*Sun Nov 23 21:31:26 CET 2008* [seqfan] Re: Prime Diophantine p = 2*q^2 + r.

*Sun Nov 23 18:05:22 CET 2008* [seqfan] Re: Prime Diophantine p = 2*q^2 + r.

*Sun Nov 23 18:05:22 CET 2008* [seqfan] Re: Prime Diophantine p = 2*q^2 + r.

*Sun Nov 23 17:08:08 CET 2008* [seqfan] Prime Diophantine p = 2*q^2 + r.

*Thu Nov 13 21:45:12 CET 2008* [seqfan] Re: a Diophantine equation

*Wed Nov 12 18:09:10 CET 2008* [seqfan] Re: a Diophantine equation

*Wed Nov 12 14:56:10 CET 2008* [seqfan] Re: a Diophantine equation

*Wed Nov 12 13:21:12 CET 2008* [seqfan] Re: a Diophantine equation

*Wed Nov 12 03:14:58 CET 2008* [seqfan] Re: a Diophantine equation

*Wed Nov 12 03:09:04 CET 2008* [seqfan] a Diophantine equation

Index of A-numbers in seqfan: by ascending order
by month
by frequency
by keyword

diophant

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