Graphic showing the Mid-Atlantic Ocean Ridge (red line) and how melting ice from Greenland caused changes in the motion of Earth’s crust (purple arrows). — University of Colorado at Boulder
Graphic showing the Mid-Atlantic Ocean Ridge (red line) and how melting ice from Greenland caused changes in the motion of Earth’s crust (purple arrows). — University of Colorado at Boulder
(NewsNation) — A former NASA administrator is among those continuing to push for more government transparency on unidentified aerial phenomena, seeking answers about how much is known about mysterious objects
Exoplanets – NASA In the past, measures of “Earth-likeness” of exoplanets have been qualitative, considered an abiotic Earth, or required discretionary choices of what parameters make a planet Earth-like. With
COLORADO SPRINGS — Commercial space station developer Vast has signed three more payload customers for its Haven-1 station set to launch in a little more than a year. Vast announced
Updated 2:15 p.m. Eastern with confirmation of launch failure. WASHINGTON — A Firefly Alpha rocket malfunctioned during an April 29 launch, preventing a Lockheed Martin technology demonstration satellite on board
Last week, reports started making rounds online about how the Trump administration could cut NASA’s science budget for the upcoming fiscal year by almost half. Such a decision could lead
A close-up of the rock, nicknamed “Rochette”. Larger image — NASA In a groundbreaking study co-authored by a Texas A&M University scientist, researchers have revealed new insights into the geological
The dominant phosphorous reservoirs throughout the HD 100546 disk. Left-hand panel: a map of the calculated disk temperature structure, which dictates phosphorous mineral stability. Normalised height above midplane is given
Science & Exploration 09/06/2025 1476 views 13 likes The mission will launch from Launch Complex 39A at NASA’s Kennedy Space Center in Florida, USA. The crew will travel to the
Logarithmic ion number density (cm−3 ) distributions of O+ (left column) and O2 + (right column) in the X-Z plane for Kepler-1649 b’s dayside at 0.7 Gyr (top row)






