New model could help police departments reduce excessive force incidents New model could help police departments reduce excessive force incidents Criminology professor Greg Ridgeway has developed a model that estimates an officer’s likelihood of using a higher level of force than peers in similar situations—an improvement on existing early-intervention systems that don’t account for differences in time and location. 3 min. read
Physics of foam strangely resembles AI training Image: Dowprasook Deenu via Getty Images Physics of foam strangely resembles AI training Research by Penn Engineers reveals that as foams flow ceaselessly inside while holding their external shape, and this internal motion resembles the process of deep learning, the method typically used to train modern AI systems. 2 min. read
Awards and accolades for Penn faculty nocred Awards and accolades for Penn faculty A roundup of the latest appointments and awards for various faculty members in Penn Engineering, Penn Nursing, and Penn Dental Medicine. 2 min. read
Planning ahead in an age of longevity Image: Daniel Balakov via Getty Images Planning ahead in an age of longevity Tamara J. Cadet of the School of Social Policy & Practice discusses strategies for preparing—financially and physically— for an extended lifespan. 3 min. read
Preserving the past Assistant professor of historic preservation Brian Whetstone.nocred News Preserving the past Brian Whetstone, assistant professor of historic preservation at the Weitzman School, explores the intersections between housing and labor equity at museums, historic sites, and preservation organizations.
Why are icy surfaces slippery? Despite the commonality of water and ice, says Penn physicist Robert Carpick, their physical properties are remarkably unique.(Image: mustafahacalaki via Getty Images) Why are icy surfaces slippery? Winter Storm Fern brought icy and snowy conditions to the Northeast and other parts of the country over the weekend. Penn Today asks physicist Robert Carpick about the unique properties of ice, the science of curling, and how close we are to ‘nonslip’ ice. 5 min. read
How plants ‘hedge their bets’ for better reproductive outcomes nocred How plants ‘hedge their bets’ for better reproductive outcomes Penn biologists reveal how plants respond to seasonal flowering cues while protecting the stem cells at their growing tip, enabling continuous reproduction in changing environments. 3 min. read
Can aging be treated at the cellular level? Image: Wladimir Bulgar via Getty Images Can aging be treated at the cellular level? Penn researchers Shelley Berger and Esra Sahingur explain senescence, the process of cellular aging, and discuss the complexities of developing anti-aging therapies that target these cells. 4 min. read
Examining the forces shaping world heritage Examining the forces shaping world heritage Lynn Meskell looks at the politics of archaeology and world heritage to understand why we conserve certain places and who benefits from the work.
Transforming aging in place using technology Transforming aging in place using technology George Demiris uses technology to help older adults age in place for as long as possible with a high quality of life.