ENVIRONMENT & CLIMATEResearchers developed "nanojars" that are smaller than the width of a human hair to capture dissolved carbon dioxide from oceans to lessen its contribution to climate change.
A team of Australian scientists found out how Earth makes the deepest diamonds from waste. The process involves recycling former living organisms 400 kilometers below the surface.
A new collaboration from Florida State University (FSU) and Rice University reveals just how much carbon is stored in the Earth's outer core, and it might be the largest carbon reservoir on the planet.
A recent planetary and astronomical findings theorized that the dinosaur killer space rock Chicxulub was a dark primitive asteroid that originiated from the inner regions of the asteroid belt.
Slow-motion collisions of tectonic plates absorb more carbon in Earth's interior, unlike what previous studies state, says scientists from Cambridge University and NTU Singapore.
Researchers at the Northwestern University have recently formed a smarter, tougher, and highly functional cement by introducing nanoparticles into ordinary cement.
Almost half of the corn harvest ends up in waste, especially after the kernels have been harvested. A new study might offer another purpose for these discarded parts.
Using soundwaves, a team of University of Utah engineers and mathematicians demonstrated how to arrange carbon nanoparticles in water in a never-repeating pattern.
Scientists created bendable concrete that can reduce carbon emissions. They also developed several concrete mixtures that are infused with carbon dioxide.
The world's richest man announced on his Twitter account that he would be giving a $100 million prize for the best carbon capture technology that will hopefully save the planet.
Most naturally-formed diamonds are from the Earth's mantle, generally understood to be formed as carbon is exposed to extreme temperature and pressure. A new study looks at the effects of a new parameter - electric fields - in the formation of these precious minerals.
A team of New York-based physicists has achieved one of modern science's most sought after phenomena - a material that conducts electricity with virtually perfect efficiency in what is known as superconductivity - with new material, and at higher temperatures.
Scientists are creating the world's most extensive collection of moss of the genus Sphagnum central in response to the dwindling number of moss in peatlands that absorbs 30% of the Earth's carbon.
The trees are the Earth's biggest allies in countering the carbon emissions that humans pump unto the Earth's atmosphere as the burning of fossil fuels continues. It could cause a big problem if forests, such as the Siberian forest, would absorb lesser carbon as it means climate will continue to worsen.
Scientists explain how the Perseverance rover will be searching for signs of life on Mars, starting with the Jezero Crater. They hope to find traces of Martian microbes in what used to be a lake.
Scientists have been successful in isolating an 18-atom ring of carbons in the lab. Chemists and physicists in Zurich have recently been successful in isolating a molecule made of 18 carbon atoms in a ring in a recent report in ScienceMag.
Magnetic coils of carbon nanotubes release chemicals that would break down microplastics. The effects of plastic in our environment has greatly influenced our way of living.
Scientist study materials with the least amount of friction at the atomic level. It is common knowledge that friction is everywhere, even in the places where we least take note of it.
Find out why discovering 200,000 marine based viruses is so important. (Photo : Foreign and Commonwealth Office) For the past years, a group of scientists was sent to an expedition to carry out a survey on marine life.