Cornell research has improved bike sharing in New York City, where a crowdsourcing system that makes real-time decisions helps make sure bikes are available when people need them.
Melissa Hines, professor of chemistry and chemical biology, and research collaborators in Vienna, Austria, have begun to explain the unique self-cleaning ability of titanium dioxide.
A new Cornell program will train graduate students interested in specializing in “immuno-engineering,” an emerging hybrid field that combines engineering and immunology.
Cornell scientists have created microscopic beads that efficiently recover heparin, an ingredient used as a pharmaceutical blood thinner, from agricultural animals.
Eight companies and 30 students who worked on their startup businesses in Ithaca over the summer shared their progress during a pitch competition Aug. 3.
A collaboration involving researchers from physics and engineering used a new cryogenic microscopy technique to study the solid-liquid interface in lithium-metal batteries.
A new book about the Tuscany region of Italy by architecture faculty member D. Medina Lasansky uncovers overlooked aspects of the often idealized region, where food, landscape and architecture are intertwined.
