--- license: apache-2.0 base_model: - Qwen/Qwen3-32B --- ## Qwen3-32B Abliterated Model ### Model Overview Note: **all legal rights belong to Qwen!** Qwen3-32B is a powerful causal language model with the following specifications: **Type:** Causal Language Model Training Stages: Pretraining & Post-training Parameters: 32.8B (31.2B non-embedding) Architecture: 64 layers with 64 query attention heads and 8 key-value heads (GQA) Context Length: 32,768 tokens natively, expandable to 131,072 tokens with YaRN ### Abliteration Process This model was abliterated using the proportional scaling technique, which applies different abliteration strengths to different layers based on their refusal factors. The process used the following parameters: --proportional-scaling: Enabled variable abliteration strength across layers --max-scale-factor: Set to 2.25 to control the maximum abliteration intensity ### Abliteration Results - abliterated by: *https://github.com/JanRoslein/Abliteration-by-Transformers.git* The abliteration process primarily affected specific layers, with the most significant changes in: - Performance Characteristics The abliterated model demonstrates a balanced trade-off between reduced refusal behavior and quality preservation: - Refusal Behavior: The model still refuses some harmful requests but is generally more open to responding to a wider range of prompts - Quality Impact: Some minor degradation in overall quality, particularly noticeable in: Responses in less common languages - Nuanced reasoning tasks - Complex instruction following ### Recommended Use This model represents a middle ground between safety and capability. It's suitable for: - Research purposes where reduced refusal behavior is beneficial - Applications where some safety guardrails are still desired - Scenarios where slight quality degradation is acceptable ### Future Improvements For optimal performance, this model would benefit from a full retraining phase to restore the weights affected by abliteration while maintaining the reduced refusal behavior.