2026-04-28 18:45:00+08
The Chinese Academy of Sciences (CAS) has officially unveiled the "Panstone 100" (Panshi 100) large model system, a foundational platform designed specifically to accelerate scientific discovery across multiple disciplines. This launch marks a transition from fragmented AI applications in research to a unified, systematic "Platform Era" for scientific inquiry.
Panstone 100 is engineered to handle the massive datasets common in modern physics, astronomy, and materials science. By utilizing advanced deep learning architectures, the system can simulate complex molecular interactions, predict material properties, and analyze astronomical data with a level of precision that was previously impossible. The platform is designed to be accessible to researchers across the academy, providing them with standardized tools and high-compute environments.
The goal of the Panstone 100 project is to build a "Scientific Digital Backbone" that reduces the time required for fundamental research. "We are no longer just using AI as a tool; we are building a collaborative intelligence that can work alongside human scientists to solve the world’s most complex challenges," stated a lead engineer at CAS during the launch ceremony.