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…pursuing its research in single-cell spatial omics, a subfield of biology which examines biological molecules—like messenger RNA and proteins—in their original spatial context in tissue. To create its high…
…Molecular Generation Yale University developed a hybrid transformer with a quantized self-attention mechanism applied to molecular generation. Read the paper . Circuit Synthesis The University of Innsbruck used diffusion models to synthesize…
…He drives the strategy and storytelling behind BioNeMo and our work with BioPharma, shaping how next-generation foundation models and GPU-accelerated microservices transform molecular and protein design. With a PhD in…
…Learn More Scientific Computing Libraries For applications requiring neural networks that respect mathematical symmetries—specifically, equivariance with respect to 3D geometric data, such as molecular structures, proteins, and materials. cuEquivariance An open…
…understanding disease at the genomic level and identifying treatments at the molecular level. NVIDIA’s contributions to precision medicine extend far beyond accelerated computing, delivering a full-stack platform that translates hardware…
…He drives the strategy and storytelling behind BioNeMo and our work with BioPharma, shaping how next-generation foundation models and GPU-accelerated microservices transform molecular and protein design. With a PhD in…
…He drives the strategy and storytelling behind BioNeMo and our work with BioPharma, shaping how next-generation foundation models and GPU-accelerated microservices transform molecular and protein design. With a PhD in…
…Scaling with parallel and distributed computation At LCLS II, ultrafast X-ray pulses generate movies of atomic and electronic dynamics within materials and molecules. Major science challenges include: Capturing 3D X-ray…
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