## Memorable prime

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• Hi to all, As our own Phil Carmody and David Underbakke are breaking twin prime world records I thought I might try and break the record for the most easily
Message 1 of 4 , Mar 31, 2001
Hi to all,

As our own Phil Carmody and David Underbakke are breaking twin prime
world records I thought I might try and break the record for the most
easily memorised large prime.

PrimeForm Output.

(800^4)^2+1 is probable prime! (a = 17021) (digits:24)
(800^4)^2+1 is prime! (by Proth's Theorem) (verification : a = 17029)
(digits:24)

A prime to remember! 800^8 + 1 = prime.

(Of course, this is called the "One over the eight" prime)

Anyone claim to beat this ! Is there a list of easily memorised
primes?

regards,
Paul Mills
• Hello! There are many yet more memorable primes at http://www.utm.edu/research/primes/curios/ And the prime
Message 2 of 4 , Apr 1, 2001
Hello!

There are many yet more "memorable" primes at
http://www.utm.edu/research/primes/curios/

And the prime
1022003330004444000055555000005555500004444000333002201
is also memorable.

Best wishes,

Andrey
--------------------------------------------------
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• Hello! ... (digits:25) ... (verification : a = ... So... ... You haven t looked at Prime Curios collection!!!
Message 3 of 4 , Apr 2, 2001
Hello!

Paul Mills wrote:

> Hello Andrey,
> Yes, that is a nice one, but then I tried and got
>
> 1223334444555554444333221 is probable prime! (a = 16411)
(digits:25)
> 1223334444555554444333221 is probable prime!
(verification : a =
> 16427) (digits:25)
>
> Which is a quantum number easier to remember than yours.
So...
> 800^8 + 1 is still the record for memorable primes. :-)

:-))))))))))))))))))))))))))))))

You haven't looked at Prime Curios collection!!!
http://www.utm.edu/research/primes/curios/122...221.html

The prime 122334444555554444333221 is the second number I
sent to G.L.Honaker who keeps this nice collection. (The
first number was 123456789ABCDh in hexadecimal). At all,
I've already sent 75 numbers there! :-)

I've noticed the number
1022003330004444000055555000005555500004444000333002201
only because it's absent in Prime Curios collection. This is
3rd number I sent to G.L.Honaker, but he didn't published
it. :-(

The first new prime in 3rd Millenium was
9^8+8^7+7^6+6^5+5^4+4^3+3^2+2^1+1^0,
this is one of my favourite primes, see
http://www.utm.edu/research/primes/curios/45269999.html

Sure, there are many primes which beat your record!

Best wishes,

Andrey
--------------------------------------------------
чБЫ МХЮЫЙК ЧЩВПТ CD-ROM ДЙУЛПЧ ОБ http://universum.tut.by
оПЧЩЕ РПУФХРМЕОЙС ЛБЦДЩК ДЕОШ! дПУФБЧЛБ РП ЧУЕК вЕМБТХУЙ!
• Hello, Paul! ... is ... G.L. Honaker has just published it: http://www.utm.edu/research/primes/curios/102..201.html Have you seen
Message 4 of 4 , Apr 2, 2001
Hello, Paul!

Andrey Kulsha wrote:

> I've noticed the number
> 1022003330004444000055555000005555500004444000333002201
> only because it's absent in Prime Curios collection. This
is
> 3rd number I sent to G.L.Honaker, but he didn't published
> it.

G.L. Honaker has just published it:
http://www.utm.edu/research/primes/curios/102..201.html

Have you seen
http://www.utm.edu/research/primes/curios/800.html ?

Best wishes,

Andrey
--------------------------------------------------
чБЫ МХЮЫЙК ЧЩВПТ CD-ROM ДЙУЛПЧ ОБ http://universum.tut.by
оПЧЩЕ РПУФХРМЕОЙС ЛБЦДЩК ДЕОШ! дПУФБЧЛБ РП ЧУЕК вЕМБТХУЙ!
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