A groundbreaking study unveils how sub-Neptune exoplanets generate water from their rocky cores and hydrogen atmospheres, challenging previous theories about their formation. This discovery opens up new possibilities for understanding planetary diversity and the potential for life beyond Earth.
New research reveals how water-rich sub-Neptunes can form in close orbits, challenging traditional views on planetary development. Discover the groundbreaking experiments that provide insights into the water production process on these distant worlds!
Astronomers have achieved record-breaking image resolution using a single telescope and a photonic lantern, revealing unprecedented details of a distant star's hydrogen disc. This breakthrough challenges traditional imaging methods and opens new avenues for astronomical research.
In a stunning turn of events, the Trump administration is considering terminating over $15.8 billion in clean energy projects, including critical hydrogen hubs and electric vehicle initiatives. Experts warn of severe consequences for the energy landscape and rising costs for American households.
NASA's Carruthers Geocorona Observatory embarks on a groundbreaking mission to study the geocorona, aiming to uncover essential insights into Earth's atmosphere and its implications for habitable exoplanets.
Recent studies suggest that the universe's first stars may not have been solely massive giants. Discoveries reveal the potential existence of lower-mass stars, reshaping our understanding of the cosmos.
A Swiss research team has developed a groundbreaking molecule that mimics plant photosynthesis, storing four charges simultaneously under light. This innovation could lead to carbon-neutral fuels and a sustainable energy future.
In a groundbreaking study, scientists from Northwestern University have used a nanoparticle megalibrary to find a low-cost, efficient alternative to iridium for hydrogen production. This revolutionary approach could pave the way for affordable green hydrogen and transform energy solutions.
Two bizarre structures in our galaxy, the Fermi bubbles, have revealed astonishing cold hydrogen clouds. This discovery suggests a more active past for our galaxy's central black hole than previously thought.
Scientists reveal that natural hydrogen trapped in the Earth’s crust could power humanity for thousands of years. This groundbreaking research outlines a strategy to locate these reserves, promising a cleaner alternative to fossil fuel-based hydrogen production.
