Charting a ‘map’ for determining negative thermal expansion

Negative thermal expansion, or NTE, is a rare but important phenomenon, and Cornell researchers have developed a better “map” for finding NTE in materials.

Program advances art of team building around the world

The Cornell Alliance for Science’s Global Leadership Fellows program teaches teams how to function across differences, so that workers can thrive in a culture of trust and respect.

Historic building is hub for Cornell in NYC

On Jan. 2, the School of Industrial and Labor Relations’ new New York City headquarters and conference center opened in the historic General Electric building at 570 Lexington Ave. Several other Cornell colleges, units and programs will soon be using space in the building.

Saturn’s icy rings reveal another secret: they’re young

Data from the last days of the NASA spacecraft Cassini show that Saturn’s beautiful, extensive rings are relatively young – perhaps created when dinosaurs roamed the Earth.

Lt. governor returns to proclaim CHESS upgrade complete

Fourteen months after Lt. Gov. Kathy Hochul came to announce funding for CHESS-U, the upgrade is officially complete as she returns for a ceremony marking the end of the project.

Engineers’ plan would avert NYC’s dreaded L train shutdown

Gov. Andrew Cuomo has enlisted engineering professors from Cornell and Columbia to help solve a problem that threatened to cause an extended shutdown of a busy New York City subway line.

How do you flourish in scientific publishing? Ask a librarian

Cornell University Library offered a workshop for graduate students and postdocs in engineering, math and physical sciences on the resources that can jump-start their careers.

Pore size influences nature of complex nanostructures

The strength of the attraction between molecules in two-dimensional materials, known as van der Waals forces, is dependent on the size of the empty spaces in the material, researchers have found.

Next-gen particle accelerator is aim of Bright Beams work

Researchers from the Cornell-led Center for Bright Beams are trying to develop new ways to make the next generation of superconducting particle accelerators more efficient.