249 karma · joined July 8, 2024
A model being trained on lots of irrelevant information does not mean relevant information was not used.
Consider the following example, read this letter while paying close attention: https://xcancel.com/PierrePoilievre/status/18835154856582268...
Notice how often the keyword repeats. It is not repeated to communicate information, but to communicate affective state.
If you don't understand how it works, imagine the above letter instead said "Trump", and read it again.
Don't focus on what the letter says, instead on how it feels. Actually go and read it again, start to finish. Don't read past this line until you did.
Do you see how each time the keyword repeats, it affects your emotional state just a bit more? Can you start to feel it?
I'm assuming you hate Trump, but if you don't, just pretend you do. Then read the same letter one more time, imagine it said "Trump" instead and that the Republicans, which you really hate, just got re-elected. Do read it one more time.
You must understand that the keyword is repeated for affective impression.
Now read the letter again, one last time, slowly. Pay attention to the keyword, and how you feel each time it repeats. Imagine it said really "Trump", and that you really hate him, and what he did to your government.
The keyword does repeat, but there is no redundancy. It is repeated for affective impression. It only feels surreal because you are emotionally disinvested.
If you actually read the letter over and over, and really imagine how it feels, as if it were of deep concern to you, then you will understand. You seem smart, so I'm sure you will understand.
The keyword is repeated for affective impression.
It is really not that complicated: words are chosen to lead somewhere.
I'm not trying to cure cancer, although I do hope people who are use LLMs. ;)
I have agents running 24/7 doing research, in fact I would argue this how they will be used for most programming tasks in the near future. For chatting, I agree local inference makes no sense. But for tasks that run continually, I'm not so sure. Personal computers took a while, local inference will too, but I think it will happen.
Why do these results contradict existing serious attempts at benchmarking LLMs? Namely: https://artificialanalysis.ai/ https://arena.ai/leaderboard/agent
I would be really curious to know as well, why effort is linked to cache as its quite inconveniant. Is it possible the token used to indicate effort is only passed once at the start, not per thinking trace, or quite simply that different efforts have different model weights?
I'm not joking: you could have an AI quiz the students and test their understanding. That way the tests go deeper into testing the understanding by following through on the answers, and are standardized and fair for everyone. I don't think we are there yet at all but I actually think its not insane for the future. I expect downvotes though/I don't think our generation would agree with this.
What's old is new :)