Machine Learning Models Predict COVID-19 Impact in Smaller Cities

Rensselaer Polytechnic Institute researcher Malik Magdon-Ismail tailored the robust machine learning models he is developing for the COVID pandemic to work with sparse data points, like those available during the early phase in a pandemic or in smaller cities, which ordinarily make trend-spotting difficult.

Second Season of RPI Podcast To Tackle Topics from Earth’s Origins to Supercomputers

Are mushrooms the building material of the future? What can people do to address the opioid epidemic? These and other questions are all explored in the latest season of a podcast recorded and produced at Rensselaer Polytechnic Institute. Originally launched in the fall of 2019, Why Not Change the World? The RPI Podcast brings together leading experts from different disciplines to discuss the interconnected challenges facing humanity around the globe. All episodes are available on Apple Podcasts, Spotify, Stitcher, and other major podcasting platforms.

Rensselaer Donates 10,000 Surgical Masks to New York Hospitals

Rensselaer Polytechnic Institute is donating 5,000 surgical masks to Mount Sinai in New York City and 2,500 masks each to Albany Medical Center and St. Peter’s Health Partners in the Capital Region. These contributions to the fight against COVID-19 have been made possible through the generosity of the parents of international students at the Institute.

Nathan Meltz Wins Award from the Four Rivers Print Biennial

Nathan Meltz, a senior lecturer in the Department of the Arts in the School of Humanities, Arts, and Social Sciences at Rensselaer Polytechnic Institute, was recently awarded an Honorable Mention for his entry in the Four Rivers Print Biennial, a national juried exhibition.

Mechanical Engineers Develop Tumor Model that More Closely Mimics the Body

TROY, N.Y. — There is a growing appreciation within the research community for the ways in which the biomechanics of the tumor environment may contribute to how its cells grow and even spread throughout the body. The closer researchers can get to re-creating those mechanical factors in the lab, the better they will understand tumor cell migration and how to stop cells before they invade other tissue.

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