Researchers have demonstrated the use of artificial-intelligence-selected natural images and AI-generated synthetic images as neuroscientific tools for probing the visual processing areas of the brain.
An interdisciplinary collaboration used paleo information and reconstructed weather scenarios to better understand California’s flood and drought risks and how they will be compounded by climate change.
An interdisciplinary team of students designed a new signage system for a downtown Ithaca parking garage that employs colors and animal imagery to help drivers.
A Cornell collaboration developed a model to simulate the atmospheric transport of microplastic fibers and found that their shape plays a crucial role in how far they travel.
Cornell advanced its unique mission through a wide range of achievements in 2023, President Martha E. Pollack said in her State of the University address Oct. 20.
While pursuing her master’s in apparel design, Tulasi Elangovan, M.A. ’23, researched and designed a prototype for a shoulder pad made especially for female hockey players, with help from members of the Big Red women’s team.
Plant pathogens can hitch rides on dust and remain viable, with the potential for traveling across the planet to infect areas far afield, a finding with important implications for global food security and for predicting future outbreaks.
Vesna Bacheva, recipient of a 2023 Schmidt Science Fellowship, collaborates with CROPPS to pioneer innovative technologies and models aimed at investigating the signaling and nutrient transport processes within plants.
