30M to 31M

Axel Fox · 2003-05-26, 09:58

Since no one is working on the 30M to 31M range and I saw in the nofactor.cmp file that most of these exponents have only been factored up to 58 bits, I will be factoring these up to 60 bits.

Let me know if there's a problem with this.

My primenet username (should you need it) is AxelFox (without the space in between).

jocelynl · 2003-05-26, 16:14

Hi Axel,

I did this range up to 2^58.
Since the range is available then it's all yours.
Have fun factoring.

Joss.

Axel Fox · 2003-05-26, 16:41

Thanks Joss,

It seems from the nofactor.cmp database that a part of the range (up to 30005300 or something, has also been factored to 2^59. I've only been running for a few hours now on 1 computer (I'm up to 30002669 as we speak) and I've already found 2 new factors between 2^59 and 2^60.

Axel Fox.

Axel Fox · 2003-07-27, 05:36

I've currently completed about 60% of this range.

2003-05-26, 09:58	#1
Axel Fox May 2003 2⁵×3 Posts	30M to 31M Since no one is working on the 30M to 31M range and I saw in the nofactor.cmp file that most of these exponents have only been factored up to 58 bits, I will be factoring these up to 60 bits. Let me know if there's a problem with this. My primenet username (should you need it) is AxelFox (without the space in between).

2003-05-26, 16:14	#2
jocelynl Sep 2002 2×131 Posts	Hi Axel, I did this range up to 2^58. Since the range is available then it's all yours. Have fun factoring. Joss.

2003-05-26, 16:41	#3
Axel Fox May 2003 60₁₆ Posts	Thanks Joss, It seems from the nofactor.cmp database that a part of the range (up to 30005300 or something, has also been factored to 2^59. I've only been running for a few hours now on 1 computer (I'm up to 30002669 as we speak) and I've already found 2 new factors between 2^59 and 2^60. Axel Fox.

2003-07-27, 05:36	#4
Axel Fox May 2003 2⁵×3 Posts	I've currently completed about 60% of this range.