Scientists tackle breeding challenges of land mine-finding rats

Cornell researchers have determined a distinct reproductive-system characteristic of pouched rats that could help in breeding of the rodents, which are excellent at detecting land mines.

Predicting future combos, from rap songs to pharmaceuticals

Cornell researchers have developed an algorithm to predict which groups are likely to work together in the future based on their past partnerships.

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.

Hempstead named dean of Weill Cornell Graduate School of Medical Sciences

Dr. Barbara Hempstead will become dean of the Weill Cornell Graduate School of Medical Sciences on Jan. 14. She succeeds Dr. Carl Nathan, who is completing his planned two-year term.

Is seeing believing? Depends on photo quality, study says

On secondhand marketplaces like eBay, people trust online sellers who post their own high-quality photos of items for sale more than they trust those who use stock images or poor-quality photos, a Cornell Tech study has found.

Using vibration to curb digital addiction

Cornell Tech researchers developed a tool that causes smartphones to vibrate when users exceed time limits on certain apps, reducing usage of the apps by 20 percent and helping people tackle digital addiction.

Elegant trick improves single-cell RNA sequencing

A slight modification to an existing RNA sequencing technique, developed in the lab of assistant professor Iwijn De Vlaminck, will allow a greater variety of molecules to be analyzed.