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According to GIMPS, this is the first time a prime number was not found by an ordinary PC, but rather a “‘cloud supercomputer’ spanning 17 countries” that utilized an Nvidia A100 GPU chip to make the initial diagnosis. The primary architect of this find is Luke Durant, who worked at Nvidia as a software engineer for 11 years

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[-] Telorand@reddthat.com 185 points 2 months ago

I don't know why Nvidia is mentioned at all, except the hardware. That's cool that this person found the number, but Nvidia didn't do anything except employ them once upon a time and make a product that does a thing. It's not justified to celebrate the maker of a stove when a soup kitchen feeds everyone.

This is a win for Luke and GIMPS in general, and I'm happy for them.

[-] gedaliyah@lemmy.world 46 points 2 months ago

This is the first such prime that was discovered using GPU cloud computing. It's not just an incredible new discovery, but also a demonstration of what this type of hardware network may be capable.

[-] state_electrician@discuss.tchncs.de 10 points 2 months ago

I didn't use to do this, but with the world being on fire I feel like I should ask whether the amount of energy put into finding huge primes is really worth it.

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[-] locuester@lemmy.zip 9 points 2 months ago* (last edited 2 months ago)

They mention nvidia because that’s the hardware used to find/prove.

I find it quite relevant to have the person/ group, the strategy or method, and the device used (including chipsets). Most articles on prime number discovery will mention all these things.

The fact that he worked there seems pretty irrelevant tho.

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[-] solrize@lemmy.world 9 points 2 months ago

I wonder if he wrote some of the CUDA code or anything like that.

[-] underwire212@lemm.ee 7 points 2 months ago

We define people by their labor value in capitalist societies. It only makes sense headlines would refer to people thru the lens of their previous employer.

[-] Chozo@fedia.io 131 points 2 months ago

Wake up babe, new prime number just dropped.

[-] bruhduh@lemmy.world 10 points 2 months ago
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[-] FlyingSquid@lemmy.world 69 points 2 months ago
[-] pruwybn@discuss.tchncs.de 24 points 2 months ago
[-] RelativeArea0@lemmy.world 13 points 2 months ago

Can I go with 6? I kinda like 6

[-] credo@lemmy.world 11 points 2 months ago

No, but I bet it’s multiple of 6!

oh buddy, I ... I've got terrible news for you ...

[-] dandylion@lemmy.today 7 points 2 months ago

Half-Life 2136279841-1 confirmed.

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[-] Blackmist@feddit.uk 55 points 2 months ago

To save you a click: 2^136,279,841^-1

[-] mipadaitu@lemmy.world 28 points 2 months ago

Formatting is off.

2^136,279,841 - 1

2 to the power of something, then subtract one to make it an odd number.

https://en.wikipedia.org/wiki/Mersenne_prime

[-] Blackmist@feddit.uk 28 points 2 months ago

What Lemmy client are you using? Looks OK on the web and Jerboa.

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[-] Rai@lemmy.dbzer0.com 9 points 2 months ago

I’m using Voyager and yours doesn’t work, but the person you responded to looks fine. Weird!

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[-] Skates@feddit.nl 48 points 2 months ago

Babe wake up, new prime number just dropped.

[-] driving_crooner@lemmy.eco.br 39 points 2 months ago

this is the first time a prime number was not found by an ordinary PC, but rather a “‘cloud supercomputer’

The first time since the 90's, before that all computer assisted Mercel primes found were found by super computers.

[-] tyler@programming.dev 24 points 2 months ago

No first time ever. This isn’t a supercomputer, it’s a distributed cloud network that they’re referring to as a supercomputer because it has a lot of power. It’s not a supercomputer in any other sense of the word, as it’s set up on cloud providers around the globe rather than in one location in the same room.

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[-] beuvons@thelemmy.club 30 points 2 months ago

I don't know if this is a common feature of large primes, but the digits in the exponent (136,279,841) themselves represent a prime number.

[-] sus@programming.dev 11 points 2 months ago* (last edited 2 months ago)

that does happen to be one of the defining characteristics of mersenne primes.

And searching for mersenne primes happens to be the easiest known way to find extremely large prime numbers (via the Special Number Field Sieve I believe)

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[-] mlg@lemmy.world 16 points 2 months ago

Me wondering why I haven't been able to deploy cloud instances with the A100 for an actual useful purpose for the past month

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[-] mariusafa@lemmy.sdf.org 7 points 2 months ago

He must've been very anxious in order to count up to that...

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this post was submitted on 21 Oct 2024
427 points (97.1% liked)

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