Advancing Science

Powering Scientific Breakthroughs

The convergence of AI, HPC, and Quantum computing is driving a new era of scientific discoveries. Technology built on an open ecosystem enables scientists across the world to collaborate, transforming research at scale.

Accelerating Scientific Discovery

Research through the Genesis Mission and other similar global initiatives are powered by AI and HPC technologies.

Enabling Collaborative Research

Leading labs and universities and the American Science Cloud accelerate research using open, high-performance computing.

Large-Scale Simulation and Modeling

AI and HPC innovations drive health and science breakthroughs, including CERN’s Hadron Collider that must sort massive data streams at up to 40TB/sec.

Health and Life Sciences

Accelerating diagnostics, precision treatment, and biomedical research, using HPC, AI, and embedded platforms to turn data into insights and improve outcomes.

Genomic Medicine

Illumina leverages high-performance AMD EPYC™ CPUs and AMD Alveo™ U250 accelerator cards to speed genomic sequencing in its NovaSeq X systems.

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Digital Pathology for Early Cancer Detection

The AMD-powered LUMI supercomputer accelerates AI-driven cancer research, enabling early detection and personalized treatment through advanced medical image analysis.

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AI-based Drug Development

AstraZeneca uses AMD Instinct MI300X GPUs to accelerate drug discovery and medical imaging AI.

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Protein-Folding AI Inference at Scale

AMD and partners are working with Lawrence Livermore National Laboratory to use AI inference on El Capitan, the world’s fastest supercomputer¹, for biodefense research.

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Scaling Viral Genome Alignment to Population Level with AMD Instinct™ GPUs

Discover how AMD GPUs enabled high-throughput SARS-CoV-2 genome alignment and large-scale pangenome analysis at UCSD.

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Genomics Innovation

UNSW and Garvan developed Slorado, an open-source software library solution for sequencing optimized by AMD Instinct™ GPUs, accelerating genomic analysis on Australia’s Setonix supercomputer.

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Drug Discovery with Quantum Chemistry

AMD, KTH Royal Institute of Technology, and CSC - IT Center for Science advance quantum chemistry by integrating VeloxChem and GROMACS to accelerate drug discovery.

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Accelerating Antibody Design

Absci and Oracle Cloud Infrastructure use AMD tech to accelerate AI-driven antibody design and biologics research.

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Biomathematics at UCLA

UCLA researchers, working with the African Centre of Excellence for Genomics of Infectious Diseases, are using high-performance computing from AMD to model and understand rapidly evolving pathogens, trimming research from one year to less than a week.

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Advancing Neuroscience Research at University of Vermont

The University of Vermont is using high performance computing from AMD to understand the impact of social media on cognitive development in adolescents.

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Healthcare Imaging & Robotics

AMD powers surgical robotics, imaging, and healthcare AI.

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Generating New Proteins with AI

310 AI uses AMD Instinct GPUs and ROCm™ software to accelerate large-scale, cost-efficient protein design.

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Genomic Medicine

Illumina leverages high-performance AMD EPYC™ CPUs and AMD Alveo™ U250 accelerator cards to speed genomic sequencing in its NovaSeq X systems.

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Earth and Planetary Sciences

Driving new insights into Earth, climate, and the universe, enabling scientists to understand natural systems, explore space, and advance sustainability.

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ORBIT-2: AMD and ORNL Advancing Earth System Intelligence at Exascale

ORNL and AMD developed ORBIT-2, an AI model delivering global weather downscaling at an unprecedented 0.9 km resolution.

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Advancing Rocket Simulations on El Capitan

Researchers at Lawrence Livermore National Laboratory are performing the largest fluid dynamics simulations ever, using the computing scale of El Capitan, the world’s fastest supercomputer¹, powered by AMD Instinct GPUs.

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Space Exploration

The Blue Origin Lunar Permanence program aims to build a permanent human presence on the moon, using space exploration powered by AMD technology.

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Climate Modeling and Research

The AMD technology-powered LUMI supercomputer advances the EU’s Destination Earth project, delivering precise climate, energy, and environmental system modeling.

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Grid Modernization and Renewable Energy Integration

Hitachi Energy uses AMD FPGAs and adaptive SoCs in HVDC systems to boost grid stability, renewable integration, and global energy efficiency.

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NASA Mars Research

NASA Mars rovers use FPGA-based hardware acceleration from AMD for image processing and navigation.

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Climate Research

AMD works with Climavision to enhance global weather forecasting, providing critical data that supports agriculture, transportation, insurance, and renewable energy operations.

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Tsunami Early Warning System

Lawrence Livermore National Laboratory has built a real-time tsunami forecasting system on El Capitan, the world’s fastest supercomputer¹, powered by AMD Instinct MI300A APUs.

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