• AI tool gives doctors a new look at the lungs in treating COVID-19

    Thursday, May 21, 2020
    by Scott Lyon, Office of Engineering Communications

    Spurred by the COVID-19 pandemic, Princeton researchers have developed a diagnostic tool to analyze chest X-rays for patterns in diseased lungs. The new tool could give doctors valuable information about a patient's condition, quickly and cheaply, at the point of care.

  • Double helix of masonry — researchers uncover the secret of Italian Renaissance domes

    Thursday, May 21, 2020
    by Amelia Herb, Office of Engineering Communications

    What can modern engineering learn from an erstwhile jeweler who built the largest masonry dome in existence? The construction of the Florentine duomo by Filippo Brunelleschi has been an engineering marvel for more than 500 years, showcasing ancient techniques that still hold valuable insights for modern engineering. Until now, it has remained a mystery how the master goldsmith and sculptor managed to build the masterpiece that pushes the limits of what is possible to construct even with modern building technologies, and how the masters who followed Brunelleschi carried on the tradition.

  • Giant umbrellas shift from convenient canopy to sturdy storm shield

    Thursday, Apr 2, 2020
    by Molly Sharlach, Office of Engineering Communications

    A storm nears the coast, stirring up wind and waves. Along the boardwalk that lines the beach, a row of oversize concrete umbrellas begins to tilt downward, transforming from a convenient canopy to a shield against the coming onslaught.

  • Water-balloon physics is high-impact science

    Thursday, Mar 19, 2020
    by Scott Lyon, School of Engineering and Applied Science

    Water balloons may seem like a trivial matter. A toy for mischievous kids in summer. But for scientists, the behavior of balls of liquid wrapped in a thin elastic membrane is critical to everything from understanding blood cells to fighting fires.

  • Mechanical forces shape bacterial biofilms’ puzzling patterns

    Thursday, Mar 26, 2020
    by Molly Sharlach, School of Engineering and Applied Science

    Belying their slimy natures, the sticky patches of bacteria called biofilms often form intricate, starburst-like patterns as they grow. Now, researchers at Princeton University have combined expertise in molecular biology, mechanical engineering and mathematical modeling to unravel the physical processes underlying these curious crinkles.

  • New mathematical model can more effectively track epidemics

    Wednesday, Mar 25, 2020
    by John Sullivan, Office of Engineering Communications

    As COVID-19 spreads worldwide, leaders are relying on mathematical models to make public health and economic decisions.

    A new model developed by Princeton and Carnegie Mellon researchers improves tracking of epidemics by accounting for mutations in diseases. Now, the researchers are working to apply their model to allow leaders to evaluate the effects of countermeasures to epidemics before they deploy them.


Subscribe to Engineering