A new study by Cornell scientists offers insight on how different "knobs" can change material properties in previously unexplored or misunderstood ways.
Sibling suns – made famous in "Star Wars" – and the planets around them may be more common than we've thought, and Cornell astronomers are presenting new ideas on how to find them.
The Cornell NanoScale Science and Technology Facility is celebrating its 40-year anniversary Thursday, Sept. 14, with a full day of presentations and panel discussions on campus.
Hunting for habitable exoplanets now may be easier: Cornell astronomers report that hydrogen pouring from volcanic sources on planets could improve the chances of locating life in the cosmos.
Cornell researchers investigating why HA treatments have produced mixed results discovered that a molecule, lubricin, helps anchor HA at the tissue surface, which helps to move cartilage into a low-friction regime.
"Our New View of Pluto," a presentation by two scientists on the New Horizons mission, is set for Dec. 2 at 7:30 p.m. in Schwartz Auditorium. The event is free and open to the public.
On topics ranging from oceanic disease to restraining invasive species from distant seas, Cornell faculty joined 10,000 scientists to discuss “Envisioning Tomorrow’s Earth” at the AAAS meeting in Seattle.
In the quest for the perfect solar cell, Cornell materials science research offers quantifiable insight into the complex chemistry of getting it just right. Their work was published Jan. 30 in Nature Communications.
Using a laser technology he developed at Cornell, physics professor Chris Xu and collaborators report sharp imaging of a subcortical region of the brain, using novel three-photon microscopy.