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@nlp_mit

Cambridge, MA Joined March 2025
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MIT NLP Verified account @nlp_mit
Hello everyone! We are quite a bit late to the twitter party, but welcome to the MIT NLP Group account! follow along for the latest research from our labs as we dive deep into language, learning, and logic 🤖📚🧠
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MIT NLP Verified account @nlp_mit
check out @akarshkumar0101’s awesome interview on @MLStreetTalk!!!
Machine Learning Street Talk Verified account @MLStreetTalk Oct 9
"Evolution is anything but random."

This is INSANE...

@akarshkumar0101 (@MIT_CSAIL, @SakanaAILabs) on artificial life: searching the space of possible universes with foundation models, why evolved networks find structure SGD misses (with @kenneth0stanley), and LLMs evolving Core War programs.
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MIT NLP Verified account @nlp_mit
@SophieLWang and co explain what might actually be driving reasoning gains!
Sophie Wang @SophieLWang Oct 6
Can “chicken” make a base model reason? 🐔

Yes!

Why? With the right first tokens, base models can match RL in reasoning. We trace this to learned training data associations and use a simple data edit to make “chicken” elicit reasoning too.

blog: sophielwang.com/cues
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MIT NLP Verified account @nlp_mit
let’s get linear attention to be more expressive!
Oliver Sieberling Verified account @osieberling Oct 4
Linear attention is arguably the most naive RNN, but still massively outperforms traditional RNNs by maintaining a matrix state. So... what if we use a (triadic) outer product of three vectors and maintain a three-dimensional state?

Introducing: Triadic Linear Attention 🧵
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MIT NLP Verified account @nlp_mit
We do teacher forcing on input tokens, why not do it for RNN memory states as well?
Christopher Manning Verified account @chrmanning Aug 23
Pretraining Recurrent Networks without Recurrence by @akarshkumar0101 & @phillip_isola is a great paper!

It makes an end-run around the problems of RNNs via a transformer teacher to learn good predictive state representations & supervised learning of a memory transition function
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