← All concepts

large language model

A large language model (LLM) is a type of artificial intelligence trained on enormous amounts of text. It learns patterns in language so it can generate coherent responses, answer questions, summarize documents, and even write code. You can think of it as a very flexible text generator that can be adapted to many different tasks without being specifically programmed for each one.

The papers show that LLMs are becoming powerful tools for specialized work, solving optimization problems, analyzing stocks, and checking financial compliance, and that their capabilities are improving rapidly across model versions. Researchers are also finding ways to make them faster, such as by planning parallel subtasks, generating multiple tokens at once, or skipping unnecessary computations. A common concern is reliability: LLMs can be overconfident or ignore rules, so work is underway to detect errors and ensure they follow explicit guidelines.

Papers
308
Released code
15
First seen
May 2026
Latest
Nov 2026

266 papers in the last two months, against 33 in the two before.

Start here

Three papers to read first, in the order they came out
  1. 1AI agents can turn harmless memories into unsafe future actions

    Memory from benign interactions can cause language agents to behave unsafely or unreliably on later tasks.

    Nov 2026
  2. 2Rising standards, not declining AI, drive worsening human evaluations

    People increasingly judged unchanged language-model answers as bad, even as their preference between the two models stayed stable.

    Nov 2026
  3. 3AI chips can hide most of flash memory’s read delays

    SlipStream prefetcher achieves 92.4% of ideal HBF performance with a 40 MB staging buffer for LLM inference.

    Nov 2026

Who is working on it

University of Science and Technology of China 11Zhejiang University 9NVIDIA 9Tencent 8Stanford University 8Google Research 7

The papers

Most central to this idea first, not most recent.

Concepts are extracted from each paper and reused across the corpus, so this page grows on its own as the desk reads.