AI-Powered Advanced Research Tools
Empowering the Entire Scientific Research Process
Integrating data from multiple literature sources to create a next-generation AI literature search platform. Powered by DP Technology's scientific literature multi-modal large model Uni-Smart.
AI for Science Practical Teaching
With a vast collection of high-quality teaching resources, powerful interactive notebooks, diverse competitions, and comprehensive classroom tools, we create a hub for nurturing interdisciplinary innovation talent in the AI era.
Fragmented Learning
Foundational knowledge across interdisciplinary fields is vast and varied, offering both breadth and depth. However, selecting learning resources can be challenging, often feeling scattered and lacking a structured learning path.
Systematic Learning
60+ AI for Science Premium Courses
Covering materials, chemistry, biomedical sciences, artificial intelligence, data science, research tools, and more. Explore all from the “AI+” perspective in one comprehensive platform.
AI Large Model Teaching Assistant
AI Teaching Assistants Embedded in Courses for Personalized Interaction: Each student gets their own assistant, available 24/7 for questions and insights, facilitating real-time input of knowledge through interactive learning.
Passive Learning
The traditional course learning process often becomes a one-way transfer of knowledge, neglecting the active exploration and thinking of students.
Interactive Learning
Advanced Notebook Tool
- Optimizes the complex environment setup and version management of traditional Jupyter, making it ready to use out of the box. Run online using CPU (2 cores, 4GB free) or GPU cores for quick practical applications.
- Embedded AI Code Assistant features, convenient and easy to use.
- Teaching Scenario Adaptation: Teachers set up the environment and write executable code, which they share with students. Students can immediately run computational tasks and easily replicate results.
Rich Collection of Notebook Cases
Featuring thousands of classic cases related to intelligent disciplines, each case includes textual explanations, data, environment setup, and code, all supporting one-click execution for ease of understanding and practicality.
Closed Learning
Knowledge points are disconnected from practical topics, lacking hands-on experience and making it difficult to effectively assess learning outcomes.
Practical Application
Continuous Launching Top-Tier AI for Science Competitions (AI4S Cup)
- Starting from real scientific problems, we use competitions as practical training opportunities, enabling in-depth practice and creating a complete loop from knowledge acquisition to practical validation.
- Support the construction of school-level and alliance-level competition systems, fostering a dedicated AI for Science competition and community atmosphere within schools and alliances.
AI4S Research Achievements Innovation and Sharing
Building a fully open platform for online publishing and experiencing algorithms, models, and scientific research tools, promoting the deep integration of scientific research and engineering technology, and achieving comprehensive sharing of research outcomes.
Scientific Computing Platform
A computing platform designed specifically for researchers, featuring vast CPU/GPU power resources and cluster-based elastic scheduling capabilities. It not only pre-installs and optimizes traditional software but also boasts a rich and powerful ecosystem of AI for Science applications. This platform truly integrates software, algorithms, computing power, data, and visualization interfaces into a cohesive research computing solution. Learn more.
Partners
