Research 🇺🇸 27.07.2026 12:03

LLM Research Papers: The 2026 List (January to May)

NVIDIANVIDIA Alibaba/QwenAlibaba/Qwen MistralMistral BaiduBaidu CohereCohere Technology Innovation InstituteTechnology Innovation Institute MiniMaxMiniMax
Sebastian Raschka compiled a curated list of LLM research papers he bookmarked from January to May 2026, covering architecture, efficient training, reasoning, agents, and more. The list includes hybrid architectures (Nemotron 3, Mamba-3), reasoning models, and practical serving infrastructure.
Sebastian Raschka has maintained a habit of keeping a running list of research papers he wants to read or cite. For the first half of 2026, he compiled a curated list of papers bookmarked from January to May. The list is not exhaustive but reflects his interests in reasoning models, reinforcement learning, efficient inference, agent harnesses, tool use, long context, diffusion language models, and practical serving infrastructure. Categories include Architecture and Model Design, Efficient Training and Scaling, Inference Efficiency and KV Cache, Sparse Attention and Long Context, Reasoning and Test-Time Compute, Reinforcement Learning and RLVR, Agent Systems and Tool Use, Coding Agents and Software Engineering, Diffusion Language Models, and Model Evaluation and Benchmarks. Notable papers include Nemotron 3 Super, which uses a hybrid Mamba-Transformer architecture for efficiency, and Mamba-3 and Gated DeltaNet-2 as alternatives to attention. Raschka highlights that long-context efficiency is important as LLMs are used in agent systems like OpenClaw. He also notes the trend of hybrid architectures with alternating attention and alternative layers, as seen in Qwen3.6 with Gated DeltaNet layers.
Сокращения
LLM = Large Language Model — Большая языковая модель
MoE = Mixture of Experts — Смесь экспертов
KV = Key-Value — Ключ-Значение
RLVR = Reinforcement Learning with Verifiable Rewards — Обучение с подкреплением с проверяемыми наградами
MMLU = Massive Multitask Language Understanding — Массовое многоязыковое понимание
NVFP4 = Nvidia Floating Point 4 — 4-битное число с плавающей запятой от Nvidia
BF16 = Bfloat16 — 16-битное число bfloat
FFN = Feed-Forward Network — Сеть прямого распространения
MLA = Multi-head Latent Attention — Многоголовое латентное внимание
Source: Sebastian Raschka — original
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