"Light pollution from projects like INNA doesn't just hinder research, it steals our shared view of the universe." ...

The effects of a proposed green-energy facility in Chile could be devastating for some of the most powerful instruments ...

The trailblazing Harvard scientist, who documented the dominance of hydrogen and helium in stars, is still inspiring ...

Radio astronomy uses radio antennas, rather than mirrors and cameras, to detect radio emission from astronomical objects. Many things in the Universe emit radio waves, including stars, planets, ...

Hydrogen nano-clusters at low temperatures display 'superfluidity'—a quantum state of frictionless flow only previously observed in helium. The new research is published in Science Advances by ...

Matthews of the Max Planck Institute for Astronomy in Heidelberg ... Furthermore, the observations detected hydrogen cyanide and acetylene in the atmosphere of WISE-0458. The astronomers explained ...

New research, published today in Nature Astronomy, found that water may have ... The very first stars formed from the hydrogen and helium that filled the universe after the Big Bang.

ESO Director General Xavier Barcons tells Astronomy that "Chile should not have to make a choice between hosting the most powerful astronomical observatories and developing a green hydrogen ...

Carbon dioxide is a robust marker of high metallicity, a term used in astronomy to describe atmospheres rich in elements heavier than hydrogen and helium. Planets with high metallicity are often ...

Thus they tear through their hot hydrogen at a rapid clip and exhaust ... of black holes is one of the great frontier areas of astronomy. From reading the life story of the stars so far, you ...