Jason Erdell ’95, chairman and CEO of MDpanel, offered students a candid look at how to thrive in a time of rapid technological change as part of the Mei-Mei Wei and Amy Cheng Distinguished Lecture Series.
A Cornell research group has developed a cyclodextrin-based fibrous membrane that in lab testing removed approximately 90% of aqueous triclosan, an antibacterial agent that poses a threat to aquatic organisms.
In a warming climate, extreme drought could trigger a dramatic release of carbon from peatlands, erasing up to 250 years of carbon stores in a matter of months.
A $1.8 million grant from the Bezos Earth Fund will help the Cornell Lab of Ornithology develop acoustic sensors and artificial intelligence analytics to identify real-time threats to forests from illegal activities and provide insights into ecosystem health.
A doctoral student has developed a text message-based system that regularly updates both long-term hospital patients’ and care facilities’ availability statuses, smoothing a normally time-consuming placement process.
With the support of a Revolutionizing Engineering Departments grant from the National Science Foundation, the R.F. Smith School of Chemical and Biomolecular Engineering will update its undergraduate curriculum, completely overhaul how it is delivered and reshape the school’s culture.
La Pérouse’s expedition, wrecked in 1788, was intended to rival those of British explorer Captain James Cook and to bring the French renown in scientific knowledge. Through the visual materials related to the voyage and its wreck, Kelly Presutti tells a larger story about the enterprise of empire.
New York City’s mostly indoor cats easily caught SARS-CoV-2 during the first wave of the COVID-19 epidemic – and most were asymptomatic and were likely infected by their owners.
Cellular changes that appear during melanoma and lead to treatment resistance can be reversed with drugs – potentially opening the door to new or more effective treatments for the deadly disease, according to new Cornell research.
