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.
New research reveals that hidden hydrogen sources within the Earth's crust could supply clean energy for over 170,000 years, revolutionizing our approach to renewable energy and reducing carbon emissions.
Recent studies reveal vast hydrogen reservoirs hidden beneath the Earth, potentially meeting energy needs for 170,000 years. Learn about the geological conditions that facilitate this natural hydrogen production and the companies racing to tap into it.
NASA's Webb Space Telescope has captured jaw-dropping images of Jupiter's auroras, revealing unexpected brightness and rapid changes that leave scientists puzzled. The findings challenge previous understandings of the gas giant's atmospheric phenomena.
A groundbreaking study reveals the atmosphere of TOI-421 b, a sub-Neptune that challenges previous beliefs about exoplanet atmospheres. Discover how NASA's Webb telescope is revolutionizing our understanding of these mysterious planets.
NASA's JWST has made a groundbreaking discovery of water vapor in the atmosphere of the distant exoplanet TOI-421 b. This finding challenges existing theories on sub-Neptune planet formation and evolution.
NASA's James Webb Space Telescope has revealed surprising details about the exoplanet TOI-421 b, shedding light on the composition of sub-Neptunes and their mysterious atmospheres. Researchers found unexpected amounts of hydrogen, altering our understanding of these common planets.
