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qwenlm/qwen3 — Dense·MoE Open Weights and the Qwen3-2507 Models

An article covering the Dense·MoE weights released by the official Qwen3 repository, the Qwen3-2507 Instruct and Thinking models, and the documentation on running, deployment, quantization, and fine-tuning.

Repositoryqwenlm/qwen3 ↗

An article covering the Dense·MoE weights released by the official Qwen3 repository, the Qwen3-2507 Instruct and Thinking models, and the documentation on running, deployment, quantization, and fine-tuning.

GitHub description: Qwen3 is the large language model series developed by Qwen team, Alibaba Cloud.

stars
★ 27.7K
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2.1K
Language
Python
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qwenlm/qwen3 is the official repository for the Qwen3 family of large language models, developed by the Qwen team at Alibaba Cloud. The updates listed in the README concern Qwen3-2507's Qwen3-Instruct-2507 and Qwen3-Thinking-2507, and describe improvements in instruction following and reasoning, coding, tool use, and long-context understanding. It gathers the open weights together with run and deployment examples and quantization and fine-tuning documentation in one place.

The core of this repository is that it opens up the weights and usage of language models for text understanding, generation, and reasoning. It publishes Dense models in several sizes alongside MoE models (Mixture-of-Experts, a structure that activates only some of several sub-models to reduce computation). It also includes how to run and deploy through Transformers, ModelScope, and llama.cpp, as well as documentation on quantization (compressing weights to a lower precision to reduce memory usage) and fine-tuning. The primary language is Python, the repository was created in February 2024, and it has 27,679 stars.

That said, there are limits to what can be judged from this repository alone. There are no recorded releases and no license is specified, so the commercial usage conditions cannot be known from the usage scope written in the README. The momentum indicator of the score record is 2.1 points, and the novelty, technology, and quality scores were not computed. From this repository's materials alone, the size of the improvement in the 2507 models cannot be confirmed numerically. It is worth taking another look at that point once the usage conditions and performance evidence are laid out.