HPC Solutions

AI for Science

Accelerating discovery through open innovation. 

Overview

AI for Science

Artificial Intelligence is reshaping scientific research and innovation. Scientists can leverage AI to generate, summarize, combine, and analyze scientific data. 

NVIDIA accelerates scientific discovery through its AI-optimized accelerated computing platform, delivering unprecedented performance gains and energy efficiency improvements. The integrated ecosystem combines cutting-edge hardware architectures with domain-specific software tools and open models, empowering researchers and industry professionals across healthcare, computational engineering, climate science, chemistry and materials science, and physics to solve previously intractable problems.

From accelerating chemistry and materials discovery timelines to enabling real-time pulsar detection, NVIDIA's solutions lower technical barriers while maximizing research productivity. Unlike traditional computing providers, NVIDIA offers the only full-stack platform specifically designed for scientific innovation. We actively support the broader scientific ecosystem—spanning academic institutions and private industry alike, including Europe’s RAISE (Resource for AI Science in Europe) initiative and the AI in Science Enablers campaign—by expanding compute capacity, open-weight models, and specialized skills. 

Latest for AI Science and Computing

Explore how researchers and innovators are using NVIDIA AI to accelerate discoveries across drug discovery, atmospheric science, energy, and beyond. Watch talks, demos, and customer stories driving the next wave of scientific breakthroughs.

NVIDIA Pledges Support for Europe’s AI and Scientific Community Through Open Learning Resources, Practical Scientific Collaboration, and Improved Access to Compute

NVIDIA joins European Commission’s AI in Science Enablers Campaign to support uptake of AI in scientific support across Europe.

Domains

Scientific Domains Supported by NVIDIA

AI-powered acceleration for key scientific disciplines.

Life Sciences

Build resilient health systems to detect, prevent, and respond to emerging infectious disease outbreaks, strengthen supply chains, and ensure global coordination for future pandemics.

Atmospheric Science

Improve the science and prediction of extreme weather, assess impact risks, and develop tools to understand and mitigate risks.

Computational Engineering

Achieve fast, accurate, high-resolution engineering design and simulations of complex systems while managing computational costs and scaling to HPC. Integrate diverse tools, enable advanced physical modeling and uncertainty quantification, and leverage AI for automation and optimization.

Chemistry and Materials Science

Accelerate discovery and innovation with rapid development of new materials, including superconductors, chemicals, battery electrolytes, OLEDS, and coolants, for a more sustainable, healthier future.

AI Physics

Advance your understanding of the universe by unifying quantum mechanics and general relativity, simulating complex physical systems, performing rapid analysis, processing real-time instrument data, and exploring new phenomena.

Quantum Chemistry and Electronic Structure

Accelerate first-principles electronic structure predictions and high-accuracy molecular modeling. Powered by NVIDIA cuEST, developers and computational chemists can run industrial-scale quantum chemistry workflows on NVIDIA GPUs with up to 50x faster performance.

Industry Leaders Adopt NVIDIA AI Platforms

Scientific breakthroughs powered by NVIDIA AI.

Resources: Explore AI for Science Resources and Technical Insights

Access white papers, research briefs, on-demand webinars, and technical guides to accelerate scientific discovery with NVIDIA HPC and AI solutions. 

Next Steps

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