Scientists have developed a sunlight-driven method that uses liquid metals to extract clean hydrogen directly from both freshwater and seawater. By exploiting the unusual chemistry of gallium, the ...
Researchers from the University of Sydney have created a process using liquid metals, powered by sunlight, that can produce clean hydrogen from both freshwater and seawater.
Australian scientists say they have been able to make green hydrogen from both freshwater and seawater using a liquid metal known as gallium.
Interesting Engineering on MSN
Ex-SpaceX engineer plans to fly satellite using water-powered propulsion system
Space startup General Galactic aims to fly a satellite using only water for in-orbit ...
Carbon capture hasn’t delivered major climate benefits — and the plants would still emit thousands of tons of pollution.
Morning Overview on MSN
Elon Musk’s wild plan to turn CO2 into rocket fuel and rescue Earth & Mars
Elon Musk wants to turn one of the planet’s biggest problems into literal rocket fuel. His pitch is deceptively simple: ...
Study Finds on MSN
Asteroid Evidence Suggests Building Blocks of Life Formed in the Frozen Outer Solar System
In A Nutshell Ancient frozen chemistry: New analysis of pristine samples from asteroid Bennu suggests its amino acids formed ...
Scientists have developed a new way to produce clean hydrogen using sunlight and liquid metal, offering a promising path toward greener energy made directly from seawater. The method could help ...
The Brighterside of News on MSN
Asteroid Bennu sample finds life’s building blocks formed in space ice
Penn State researchers think a key ingredient for life may have formed in deep freeze, not in a warm asteroid puddle. A space ...
The registrations for NEET 2026 have commenced. In order to appear for the MBBS entrance test, the candidates need to be well aware of the syllabus for the test. The National ...
Hydrogen is widely regarded as one of the cleanest fuels for the future, producing only water when used. However, generating ...
Hydrogen reserves in Earth’s core large enough to supply at least nine oceans may influence processes on the surface today.
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