MMOPD/Qwen3-4B-OT3-2ep
MMOPD/Qwen3-4B-OT3-2ep is a 4 billion parameter Qwen3-Base model fine-tuned by MMOPD on the OpenThoughts3-1.2M dataset for two epochs. This model is specifically designed as a "thinking" model, generating a detailed thought process before each answer. It excels in complex reasoning tasks across math, code, and science, serving as a general reasoning student for further domain-specific distillation. The model supports a context length of 32768 tokens and is optimized for tasks requiring explicit step-by-step reasoning.
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Overview
MMOPD/Qwen3-4B-OT3-2ep is a 4 billion parameter model based on Qwen3-4B-Base, developed by MMOPD. It has been fine-tuned for two epochs on the OpenThoughts3-1.2M dataset, which comprises 1.2 million examples of long-chain-of-thought reasoning traces covering mathematics, coding, and scientific problems. This model is characterized as a "thinking" model, meaning every generated answer begins with a <think> block, explicitly outlining its reasoning process.
Key Capabilities
- Enhanced Reasoning: Demonstrates strong performance in complex reasoning tasks across math, code, and science, as evidenced by its benchmarks on AIME, LiveCodeBench, IFEval, and IFBench.
- Explicit Thought Process: Generates a detailed thought block (
<think> ... </think>) before providing an answer, making its reasoning transparent. - Foundation for Specialization: Serves as a general reasoning student, intended as a starting point for further domain-specific fine-tuning within the MMOPD project (e.g., medical, law, finance).
- Long Context Support: Trained with a sequence length of 16,384 tokens and supports a maximum generation budget of 32,768 tokens.
Performance Highlights
Evaluations show improved performance over its 1-epoch counterpart (MMOPD/Qwen3-4B-OT3-1ep). For instance, it achieves 66.3% on AIME24, 51.7% on LiveCodeBench v6, and 51.0% on IFEval. Domain-specific benchmarks include 69.8% on MedQA and 58.3% on FinQA.
When to Use This Model
This model is particularly suitable for use cases requiring:
- Complex Problem Solving: Ideal for applications needing robust reasoning in technical domains.
- Explainable AI: When understanding the model's step-by-step thought process is crucial.
- Foundation for Customization: Developers looking for a strong reasoning base to further fine-tune for specific domain expertise.