[seqfan] Re: More (composite) terms for A233281
antti.karttunen at gmail.com
Sat Feb 8 19:21:00 CET 2014
My thanks to all, who computed these, including Susanne.
Could either of you guys create this new sequence and link it to A233281 ?
(If you have free time, I mean ;-) Just now I feel a bit burn-out with
all the sequences. And you already have the data:
And then, A233281 will be the union of A092395 and that new sequence.
On Sat, Feb 8, 2014 at 8:04 PM, <seqfan-request at list.seqfan.eu> wrote:
> Message: 6
> Date: Fri, 7 Feb 2014 02:27:56 -0500
> From: Hans Havermann <gladhobo at teksavvy.com>
> To: Sequence Fanatics Discussion list <seqfan at list.seqfan.eu>
> Subject: [seqfan] Re: More (composite) terms for A233281
> Message-ID: <B9BCA1AE-91CC-4888-B9DD-3BE542C35702 at teksavvy.com>
> Content-Type: text/plain; charset=us-ascii
> Nicely done, David. All semiprime, except one! < http://chesswanks.com/num/a233281composites.txt >
> I seem to have missed the part where it is shown that some additional stipulation (such as belonging to some other sequence) to Antti's formulation (i.e., composites in A233281) exists and is true. I know we have conjectured such and it is certainly how I derived my numbers, and I assume it is how you derived yours. Without that, for what it's worth, I am (by way checking all numbers between) confirming that 162133 is indeed term #4. Thank you Susanne for reaffirming term #3.
> On Feb 5, 2014, at 11:05 PM, David Wilson <davidwwilson at comcast.net> wrote:
>> The following composite numbers up to 10^10 divide Fibonacci numbers of prime index.
>> I believe this list to be complete... Whoever is creating the sequence may use this as a b-file with my blessing.
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