NVIDIA Unveils ALCHEMI AI Tools to Accelerate Materials Discovery at SC25

Details

• NVIDIA introduced ALCHEMI, a new suite of AI-driven microservices for chemistry and materials science, at SC25 in St. Louis, aiming to let researchers analyze billions of molecular candidates up to 10,000 times faster than traditional methods.
• ALCHEMI combines NVIDIA Holoscan for real-time nanoscale imaging with NIM microservices supporting advanced conformer search and molecular dynamics, providing an integrated GPU-based platform for accelerating research workflows.
• Brookhaven National Laboratory is piloting Holoscan at its National Synchrotron Light Source II, offering scientists real-time streaming analysis of X-ray images and instant feedback to optimize experiments without lengthy post-processing delays.
• Key early partners are showcasing ALCHEMI’s impact: ENEOS rapidly screened tens of millions of molecules for catalysts and cooling fluids, while Universal Display Corporation (UDC) reduced OLED molecular analyses from days to seconds using distributed GPU computing.
• The platform’s potential spans industries from energy and manufacturing to advanced displays, enabling new advances in cooling technologies, hydrogen production, and energy-efficient OLED materials.

Impact

NVIDIA’s ALCHEMI launch signals a rapid evolution in computational chemistry and materials science, pushing the boundaries of what’s possible in research speed and scale. By making AI-powered discovery accessible, NVIDIA strengthens its position as a foundational provider for R&D in high-impact industries. This shift indicates that autonomous lab computing and specialized AI discovery are quickly moving from concept to industrial mainstay.