Farmers get guidance on growing new perennial grains

While most industrial grain crops are annuals that must be replanted every year, a new perennial grain called Kernza has hit the markets with growing interest from restaurants, bakeries and brewers.

New obesity solutions may be on the tip of your tongue

Cornell food scientists have discovered that when mice are fed a high-fat diet and become obese, they lose nearly 25 percent of their tongue’s taste buds – possibly encouraging them to eat more food.

Sugar-coated vesicles prove effective in laboratory tests on deadly pathogens

The labs of Matt DeLisa and Dave Putnam has teamed with a group from Harvard to work on a vaccine delivery system based on DeLisa's versatile outer membrane vesicles.

So close, yet so far: Making climate impacts feel close by may not inspire action

Upending the conventional thinking in climate change communication, Jonathon Schuldt finds when people say faraway climate impacts feel geographically nearby, they don’t necessarily support policies that would stop them.

Study showing power of single butterfly gene earns Cornell team top prize

Robert Reed won the 2017 Cozzarelli Prize for scientific excellence and originality for proving that butterfly wing color and iridescence are activated by a single gene.

Computers may help K-8 math teachers understand students’ thought processes

CIS researchers will present computer software to help K-8 math teachers grade math assignments at a conference in Montreal April 21-26.

Crops hold harmful mutations that reduce productivity

New research reveals that even the highest performing maize crops contain rare harmful mutations that limit crop productivity.

New technique simplifies creation of nanoparticle 'magic-sized clusters'

A collaboration of two Cornell research groups has proposed a novel method for producing groups of same-sized nanoparticles, known as 'magic-sized clusters,' which have applications in optical memory storage and lighting.

Quick pulse of laser light can cause dramatic shift in material's properties

Assistant professor Nicole Benedek and postdoc Guru Khalsa are working to perfect a method for changing the properties of a material by zapping it with a beam of laser light.