Julianne Fernandez parlayed her experience as a University of Cincinnati geosciences student into a career that has taken her ...

"We're at solar maximum; to find time to make some of these big changes is going to require time and more resources, so we ...

Scientists are not sure how much metallic dust remained in the atmosphere after the most recent SpaceX rocket 'disassembly.' ...

The 'hot Neptune' planet, named LTT 9779b, is so scorching that its atmosphere should have evaporated, according to ...

Starlink, a satellite network developed by SpaceX, aims to provide low-cost internet access to remote locations. The surge in ...

The average surface air temperature was 55.81 degrees Fahrenheit That's 1.42 degrees Fahrenheit above the 1991-2020 average ...

It’s notoriously difficult to predict when the sun will belch out a large solar flare — an explosive burst of radiation that ...

Titan is the only moon in our solar system with a significant atmosphere. Now we have a very good idea of how this dense ...

But what processes are responsible for keeping this thick atmosphere from escaping to space? This is what a recent study published ... who is a SwRI research scientist and lead author of the study.

Scientists are especially worried about the release of aluminum oxides during these re-entries, as each Gen1 Starlink ...

Today, Fernandez is a flight scientist and atmospheric methane researcher ... "It really is the most remote place in the world—more remote even than the International Space Station," she said. Winter ...

Scientists think that the quantity of alumina from incinerated satellites is already approaching the same levels that result from the atmospheric demise of natural space rocks such as asteroids or ...