
Making Sense of Monkey Math
The study tracked eight olive baboons, ages 4 to 14, in 54 separate trials of guess-which-cup-has-the-most-treats.

Some Stress Can Be Your Friend
Rethink the way we view our shaky hands, pounding heart, and sweaty palms can help people perform better both mentally and physically.

Exploiting Subtleties in the Uncertainty Principle
Researchers at the University of Rochester and the University of Ottawa have applied a recently developed technique to directly measure for the first time the polarization states of light.

Superbugs May Have a Soft Spot
Researchers have identified a weakness in at least one antibiotic-resistant superbug that scientists may be able to medically exploit.

Your Brain on Big Bird
Using brain scans of children and adults watching Sesame Street, cognitive scientists are learning how children’s brains change as they develop intellectual abilities like reading and math.

Smartphones: the New Mood Ring?
If you think having your phone identify the nearest bus stop is cool, wait until it identifies your mood. Rochester engineers are developing a new computer program that gauges human feelings through speech, with substantially greater accuracy than existing approaches.

“Space Gems” Share a Dramatic Origin Story
These meteorites, or pallasites, were likely formed when a smaller asteroid crashed into a planet-like body about 30 times smaller than earth.

‘Holy Grail’ of Hydrogen Fuel
Work by a group of graduate students and chemistry professors is advancing what is sometimes considered the “holy grail” of energy science: lowering the cost while increasing the output of sunlight-powered hydrogen-production systems. The solution: nanocrystals and nickel catalysts.

How Do Blind Mole Rats Ward Off Cancer?
Blind mole rats and naked mole rats—both subterranean rodents with long life spans—are the only mammals never known to develop cancer. Rochester biologists have now determined that the mechanism for fighting off cancer differs between the two.

Rethinking Toxic Proteins on the Cellular Level
Histones are proteins needed to assemble DNA molecules into chromosomes. New research at the University of Rochester is causing a fundamental shift in the concept of histone balance and the mechanism behind it.