Posts categorized Science & Technology

Assistant professor of chemistry Michael Neidig is one of 49 scientists to be recognized this year by the Department of Energy as one of the nation’s “exceptional researchers” in his or her “crucial early career years.”

Can a computer make you a better public speaker? Researchers from the Rochester Human Computer Interaction group created a project that aims to do just that. T

Physicist Segev BenZvi and scientists at an ambitious observatory are using simple but groundbreaking tools understand the workings of cosmic and gamma rays in the Earth’s atmosphere while also contributing to the search for dark matter.

Largely unreported in 2006 was the remarkable story of three Rochester virologists whose innovation, dedication, and perseverance resulted in the key breakthrough that lies at the heart of the first vaccine targeting the leading cause of cervical cancer.

Neurology professor Gretchen Birbeck has provided care for more than 3,000 patients with seizure disorders in Africa during two decades of work there.

Until now, it was thought the cracks on icy moons such as Pluto’s Charon were the result of processes like plate tectonics. But new computer models suggest that the pull exerted by another object might have been the cause.

Solomon Abiola believes it is well within our reach to predict the spread of infectious diseases like Zika and Ebola with the same accuracy we predict hurricanes. And this fall, he will have a chance to make his case on an international stage.

Using the same mathematical framework as the Rochester Cloak, researchers have been able to use flat screen displays to extend the range of angles that can be hidden from view. Their method lays out how cloaks of arbitrary shapes, that work from multiple viewpoints, may be practically realized in the near future using commercially available digital devices.

A teenager with asthma could be coughing, wheezing, and feeling short of breath, but be too engrossed in texting with friends to even notice. Working with colleagues in computer science and engineering, School of Nursing professor Hyekyun Rhee uses this potential problem as a solution.

A team led by Robert Boyd has demonstrated that the transparent, electrical conductor indium tin oxide can result in up to 100 times greater nonlinearity than other known materials, a potential ‘game changer’ for photonics applications.