That radiation was potentially strong enough to ... With its ancient age and rich biodiversity, Lake Tanganyika is an evolutionary biologist's dream. That 2003 study indicates that about 2.5 ...

"It's insane that something is from space can have that kind of an impact on our electronics. So we're thinking, okay, how does that have a potential impact on other aspects of our life?" The ...

Astronomers have uncovered a spiral galaxy nearly a billion light-years away that hosts a supermassive black hole launching ...

Could black holes, which are known as the most destructive forces in the universe, create conditions on nearby planets where ...

“We saw from other papers that radiation can damage DNA. That could be an accelerant for evolutionary changes or mutations in cells.” The key to understanding this 2.5-million-year-old ...

Young, close-orbiting exoplanets known as sub-Neptunes may form farther from their stars and migrate inward or lose their ...

A combination of cosmic processes shapes the formation of one of the most common types of planets outside of our solar system ...

Written with evolutionary biologist Mary Olson, founder of the Gender+Radiation Impact Project, “Gender and Ionizing Radiation: Towards a New Research Agenda Addressing Disproportionate Harm” provides ...

For example, the evolution of multiple cusps on teeth ... to fill different niches (a phenomenon known as adaptive radiation), were dominated by lineages that not only rapidly transitioned ...

A decade ago, the landscape of healthcare was transformed for many individuals in and beyond our region. The SIH Cancer ...