How can Qwen3-235B-A22B-Thinking-2507 be applied in educational scenarios to help students understand complex concepts?

Innovative application solutions in educational scenarios

Qwen3-235B-A22B-Thinking-2507 is particularly suitable for the educational field, and the following are specific application methods:

• Conceptual step-by-step analysis: Enter 'Explain the core concepts of relativity' and the model generates step-by-step instructions with tags, suitable for use as teaching materials
• Dynamic Exercise Answers: Students can submit math/science problems and the model not only gives the answer, but also shows the complete solution!
• Personalized Learning Pathways: Based on 256K long contextual capabilities, the model remembers students' knowledge blind spots and provides targeted exercises
• Multilingual education support: Support for 100+ languages to help non-native speakers understand the material
• <strong]Interactive Experimental Simulation: Combined with programming capability to generate runnable physics/chemistry simulation codes

The following workflow is recommended for teachers:
1. Uploading textbooks or handouts as contexts
2. Template for posing questions (e.g. 'Explain xxx in terms that high school students can understand')
3. Allow students to interact with the model, with the teacher acting as a guide to correct possible errors in the model
This model effectively overcomes the lack of resources for one-on-one instruction in traditional teaching.

This answer comes from the articleQwen3-235B-A22B-Thinking-2507: A large-scale language model to support complex reasoningThe