simulation to achieve ultra-high spatial resolution at 1.25 kilometers and is widely regarded as a prototype for a “Digital Twin Earth.” The application plays a critical role in global and regional climate modeling, numerical weather prediction, and future climate scenario forecasting.

From static visualization to dynamic simulation, the ICON model enables The Blue Marble (Earth system) to be realistically represented within the digital world. Through collaborative innovation, university students from around the globe are encouraged to explore breakthroughs in the long-standing technical tradeoff between ultra-high resolution and full system completeness in Earth system simulations.

Turing Award Laureate Leads an Open Showcase for In-Depth Technical Exchange.

This year’s ASC Grand Finals will further enhance its communication and presentation format through the introduction of the “Best Presentation Award” and by relocating t
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