Scientists are developing novel chemicals and materials for future technologies like liquid-cooled data centers and long-lasting batteries. New NVIDIA-accelerated data processing and AI microservices showcased at SC25 are advancing chemistry and material science. ENEOS and Universal Display Corporation are early users of NVIDIA ALCHEMI NIM microservices for energy and OLED display innovations.

Brookhaven National Laboratory is using NVIDIA Holoscan for nanoscale imaging at NSLS-II, enabling real-time data processing and efficient imaging workflows. Boosting processing efficiency optimizes operating costs and supports more users for scientific research.

ENEOS is utilizing NVIDIA ALCHEMI NIM microservices for energy applications like discovering immersion cooling fluids and catalysts. ALCHEMI enables fast prescreening of molecular candidates, accelerating research and development processes.

Universal Display Corporation is leveraging NVIDIA ALCHEMI for OLED material discovery, predicting properties for energy-efficient displays. ALCHEMI NIM microservices accelerate the evaluation of billions of candidate molecules, speeding up the discovery process significantly.

UDC is developing blue phosphorescent OLEDs for improved energy efficiency and device performance using NVIDIA ALCHEMI NIM. The collaboration with NVIDIA enhances scientific insight, accelerates material discovery, and pushes the boundaries of OLED technology.

Read more at NVIDIA: NVIDIA Accelerated Computing Enables Materials Discovery