✅ Pre-trained 119 languages(36 trillion tokens) and dialects with strong translation and instruction following abilities. (Qwen2.5 was pre-trained on 18 trillion tokens.) ✅Qwen3 dense models match the performance of larger Qwen2.5 models. For example, Qwen3-1.7B/4B/8B/14B/32B perform like Qwen2.5-3B/7B/14B/32B/72B. ✅ Three stage done while pretraining: • Stage 1: General language learning and knowledge building. • Stage 2: Reasoning boost with STEM, coding, and logic skills. • Stage 3: Long context training ✅ It supports MCP in the model ✅ Strong agent skills ✅ Supports seamless between thinking mode (for hard tasks like math and coding) and non-thinking mode (for fast chatting) inside chat template. ✅ Better human alignment for creative writing, roleplay, multi-turn conversations, and following detailed instructions.
📊 Papers Impact: Instant AI Grading for Your Research Papers! 🚀
🌟 Introduction Hello, AI research community! 🎉 Introducing Papers Impact - the revolutionary AI tool that automatically grades and predicts the potential impact of research papers! 🧠💡
✨ Key Feature: Instant Paper Grading The core functionality is brilliantly simple: Just enter an arXiv paper ID or URL, and our AI instantly analyzes and grades the paper's potential academic impact! No need to read through the entire paper yourself - our system automatically evaluates the title and abstract to generate a normalized impact score between 0 and 1. 🎯 How It Works
Enter Paper ID or URL: Simply paste an arXiv ID (e.g., "2504.11651") or full URL Automatic Fetching: The system retrieves the paper's title and abstract AI Analysis: Our advanced LLaMA-based transformer model analyzes the content Instant Grading: Receive an impact score and corresponding letter grade in seconds!
💡 Who Can Benefit?
🔬 Researchers: Pre-assess your paper before submission 📚 Students: Quickly gauge the quality of papers for literature reviews 🏫 Educators: Objectively evaluate student research 📊 Research Managers: Prioritize which papers to read in depth 🧩 Journal Editors: Get an AI second opinion on submissions
🚀 Technical Details Our model is trained on an extensive dataset of published papers in CS.CV, CS.CL, and CS.AI fields, using NDCG optimization with Sigmoid activation and MSE loss. It's been rigorously cross-validated against historical citation data to ensure accurate impact predictions.