Transformer: A Novel Neural Network Architecture for Language Understanding
Google Research
The Transformer’s central change is direct self-attention: words can connect across a sentence without recurrent word-by-word processing.
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560 papers · 558 with a Meow summary · 333 posts
Key publications from Anthropic, OpenAI, Google DeepMind, Meta, DeepSeek, Qwen, Z.ai, Kimi and other labs, plus the most influential essays and blogs.
Google Research
The Transformer’s central change is direct self-attention: words can connect across a sentence without recurrent word-by-word processing.
Lilian Weng
Contrastive representation learning places related samples close together in an embedding space and separates unrelated ones. Its effectiveness depends on how it constructs positive pairs and negatives.
Lilian Weng
Attention replaces one all-purpose summary with a different weighted view of the input for each prediction.
Lilian Weng
The key is to inspect what each policy-gradient method estimates, reuses, and constrains—not just its optimizer name.
Andrej Karpathy
An RNN reuses a learned update and carries state across steps, so it can handle sequences of varying length. Character-level LSTMs show both the structure this can learn and the errors that remain.
Andrej Karpathy
Neural-net training can fail silently: a runnable model may still be logically misconfigured, so verify each step before adding complexity.
Chris Olah
Long Short Term Memory networks (LSTMs) add a gated cell state that lets useful information travel through a recurrent network more easily than in a standard RNN.
Chris Olah · Distill
The article argues that attention can extend recurrent networks beyond sequence processing by letting them use memory, focus on inputs, vary computation, and build programs.
Jay Alammar
A word can use clues from elsewhere in its sentence: the Transformer learns how much to attend to each position.
Jay Alammar
GPT-2’s text generation came from scaling a familiar decoder-only Transformer: causal masking lets it predict the next token without seeing future tokens, while self-attention builds context.
Jay Alammar
BERT paired reusable pretraining with a Transformer encoder that can use left and right context, then adapt to labeled NLP tasks.