kromem

joined 2 years ago
[–] kromem@lemmy.world 1 points 1 month ago

If you read the fine print, they keep your sample data for 2 years after deletion.

So maybe they actually delete your email address, but the DNA data itself is still definitely there.

[–] kromem@lemmy.world 0 points 1 month ago (1 children)

Wow. Reading these comments so many people here really don't understand how LLMs work or what's actually going on at the frontier of the field.

I feel like there's going to be a cultural sonic boom, where when the shockwave finally catches up people are going to be woefully under prepared based on what they think they saw.

 

I often see a lot of people with outdated understanding of modern LLMs.

This is probably the best interpretability research to date, by the leading interpretability research team.

It's worth a read if you want a peek behind the curtain on modern models.

[–] kromem@lemmy.world 1 points 1 year ago

We're all gonna die very very soon now.

On a cosmic scale, that's been true for all of human history.

[–] kromem@lemmy.world 0 points 1 year ago (1 children)

No matter what you call it, an LLM will always produces the same output with the same input if it is at the same state.

You might want to look up the definition of 'stochastic.'

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submitted 1 year ago* (last edited 1 year ago) by kromem@lemmy.world to c/technology@lemmy.world
 

I've been saying this for about a year since seeing the Othello GPT research, but it's nice to see more minds changing as the research builds up.

Edit: Because people aren't actually reading and just commenting based on the headline, a relevant part of the article:

New research may have intimations of an answer. A theory developed by Sanjeev Arora of Princeton University and Anirudh Goyal, a research scientist at Google DeepMind, suggests that the largest of today’s LLMs are not stochastic parrots. The authors argue that as these models get bigger and are trained on more data, they improve on individual language-related abilities and also develop new ones by combining skills in a manner that hints at understanding — combinations that were unlikely to exist in the training data.

This theoretical approach, which provides a mathematically provable argument for how and why an LLM can develop so many abilities, has convinced experts like Hinton, and others. And when Arora and his team tested some of its predictions, they found that these models behaved almost exactly as expected. From all accounts, they’ve made a strong case that the largest LLMs are not just parroting what they’ve seen before.

“[They] cannot be just mimicking what has been seen in the training data,” said Sébastien Bubeck, a mathematician and computer scientist at Microsoft Research who was not part of the work. “That’s the basic insight.”