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The Power of Adaptive Physics Refinement

An artistic rendition of how a new computational modeling system simulates a cancer cell traveling through the human body. To ....

Samreen Mahmud , Danielf Puleri , Amanda Randles Alfred Winborne , Amanda Randles , Aristotle Martin , Alfred Winborne , Sayan Roychowdhury , John Gounley , Erikw Draeger , Peter Balogh , Samreent Mahmud , International Conference For High Performance Computing , Duke University , Department Of Energy , Randles Lab , Lawrence Livermore National Laboratory , National Institutes Of Health , Amazon Web Services , Understanding Cancer Cell Movement , National Science Foundation , Oak Ridge National Laboratory , Physics Refinement , Duke Biomedical , International Conference , High Performance Computing , Computational Cancer ,

Cancer's Secret Pathways Unveiled: The Power of Adaptive Physics Refinement – FocusTechnica

Cancer's Secret Pathways Unveiled: The Power of Adaptive Physics Refinement – FocusTechnica
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United States , Samreent Mahmud , Aristotle Martin , Alfred Winborne , Sayan Roychowdhury , Samreen Mahmud , Danielf Puleri , Erikw Draeger , Amanda Randles , John Gounley , Amanda Randles Alfred Winborne , Peter Balogh , Intramural Research Program , National Institutes Of Health , Duke University , Extramural Research Program , Amazon Web Services , Lawrence Livermore National Laboratory , Us Department Of Health , Human Services , Oak Ridge National Laboratory , Randles Lab , National Science Foundation , Department Of Energy , International Conference For High Performance Computing , Understanding Cancer Cell Movement ,

New computational model simulates cancer cell movement with unprecedented precision

Biomedical engineers at Duke University have significantly enhanced the capabilities of a computational model that simulates the movement of individual cancer cells across long distances within the entire human body. ....

Sayan Roychowdhury , Alfred Winborne , Aristotle Martin , Amanda Randles , Samreen Mahmud , Oak Ridge National Laboratory , Amazon Web Services , International Conference For High Performance Computing , Lawrence Livermore National Laboratory , Department Of Energy , National Science Foundation , National Institutes Of Health , Duke University , Randles Lab , Physics Refinement , Duke Biomedical , International Conference , High Performance Computing , Victoria Stover Mordecai Associate Professor , Biomedical Sciences , Web Services , Adaptive Physics Refinement , National Institutes , Blood Vessels , Computational Modeling , Red Blood Cells ,

Seeing cancer's spread through a computational window

Seeing cancer's spread through a computational window
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Alfred Winborne , Aristotle Martin , Samreen Mahmud , Sayan Roychowdhury , Amanda Randles , Duke University , Oak Ridge National Laboratory , Lawrence Livermore National Laboratory , Randles Lab , Amazon Web Services , International Conference For High Performance Computing , Physics Refinement , Duke Biomedical , International Conference , High Performance Computing , Victoria Stover Mordecai Associate Professor , Biomedical Sciences , Web Services , Adaptive Physics Refinement , Realistic Red Blood Cell Counts ,

Computational Window Reveals Cancer's Spread

Computational Window Reveals Cancer's Spread
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John Gounley , Danielf Puleri , Peter Balogh , Sayan Roychowdhury , Amanda Randles , Samreen Mahmud , Samreent Mahmud , Erikw Draeger , Alfred Winborne , Aristotle Martin , Amazon Web Services , Department Of Energy , Randles Lab , Duke University , Lawrence Livermore National Laboratory , International Conference For High Performance Computing , Oak Ridge National Laboratory , National Institutes Of Health , National Science Foundation , Physics Refinement , Duke Biomedical , International Conference , High Performance Computing , Victoria Stover Mordecai Associate Professor , Biomedical Sciences , Web Services ,