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LLM Research Papers: The 2025 List (July to December)

Author: ybx-ai-radar
AI Radar Summary

This is a curated list of top large language model (LLM) research papers from July to December 2025, compiled by Sebastian Raschka Blog. It is categorized by reasoning models, inference-time scaling, model architectures, training efficiency and other dimensions, helping AI researchers and developers quickly grasp the frontier research trends of the LLM field in the second half of 2025 without sifting through massive academic papers.

Original Time Dec 30, 2025 16:00 GMT+8
Importance Score 8.0 / 10
Related Entities Sebastian Raschka, 大语言模型, LLM, 推理模型, 推理时缩放, 模型架构, 训练效率
LLM Research Papers: The 2025 List (July to December)

One-sentence Explanation

This is a curated list of cutting-edge large language model (LLM) research papers from July to December 2025, organized by Sebastian Raschka Blog, with classifications covering reasoning models, inference-time scaling, model architectures, training efficiency and other dimensions.

Simple Explanation

You can think of this list as a curated collection of AI large model academic papers. You don’t need to sift through thousands of academic papers to quickly grasp the key research directions of the LLM field in the second half of 2025, such as optimizing model reasoning efficiency, new model architecture designs, and methods to improve training efficiency.

Applicable Scenarios

  • AI academic researchers quickly track the latest frontier developments in the LLM field from July to December 2025
  • AI developers reference the latest research results to optimize their own model solutions
  • AI industry practitioners understand the latest technical directions in the field
  • Large Language Model (LLM): An artificial intelligence model that can understand and generate human language
  • Reasoning Models: Design directions related to how models complete logical reasoning, question answering and other tasks
  • Inference-time Scaling: Technologies that adjust parameters or scale during the model’s inference stage to optimize effects
  • Training Efficiency: Technologies that improve model training speed and reduce training costs

The content of this article is sourced from: Sebastian Raschka Blog

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