Attention Mechanism

topic on 4 shows · 5 statements across 5 episodes

Acquired Latent Space Invest Like the Best the MAD Podcast

5 statements about Attention Mechanism, every show

Movva: KV cache memory usage is inefficient by 1-2 orders of magnitude
“Specifically, the KV cache is quite uncompressed right now. I think if you look at the entropy in a KV cache, it's nowhere near, it's not earning its keep. Like, we're storing many kilobytes of data in the KV cache per token. And that's probably off by an orde…”
Neil Movva Aug 25, 2026 ▶ 1:04:16 Ex-NVIDIA Engineer: Why AI Is About to Get 1000x Cheaper
MAD Disclosure
DeepMind made recent attention discoveries that will shape near-term research
“For us, at least on the attention side, we've made some really interesting discoveries recently that I think will shape a lot of the research we do in the next few months, and I'm personally very excited about that.”
Sebastien Bourgeau Dec 18, 2025 ▶ 38:06 ”We’re Ahead of Where I Thought We’d Be” — Gemini 3 & the Future of AI
MAD Opinion
Kiela: Attention mechanism, not Transformers, was the real AI breakthrough
“So I would say, and maybe I'm biased because one of my best friends is, is on the original attention paper, but that was the real breakthrough. It's just like figuring out that you have this attention mechanism that actually allows you to yeah, to do a much be…”
Douwe Kiela Mar 6, 2025 ▶ 20:19 Top AI Researcher on GPT 4.5, DeepSeek and Agentic RAG | Douwe Kiela, CEO, Contextual AI
LATENT SPACE Assertion Supported
Jamil: LLM Attention Allocates Most Weight to Initial Tokens
“So we have seen with the paper called sync attentions that actually the language model allocates a lot of a lot of, because when you do the attention mechanism, you are doing a weighted sum over the tokens, and each token is given a weight, and we see that mos…”
Umar Jamil Sep 19, 2024 ▶ 50:38 [Paper Club] Writing in the Margins: Chunked Prefill KV Caching for Long Context Retrieval
ACQUIRED Insight
Transformer attention computational cost scales quadratically with input prompt length
“Traditionally, you'd say this is very, very inefficient, and it actually means that the larger your context window, aka token limit, aka prompt length, gets, the more computationally expensive it gets on a quadratic basis. So doubling your input means quadrupl…”
Ben Gilbert Sep 6, 2023 ▶ 33:35 Nvidia Part III: The Dawn of the AI Era (2022-2023) (Audio) · Acquired

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