
Controversy Surrounds Blockbuster Superconductivity Claim
Will a possible breakthrough for room-temperature superconducting materials hold up to scrutiny?
Will a possible breakthrough for room-temperature superconducting materials hold up to scrutiny?
The rise and fall of LK-99 offers a lesson on how to consider technology’s role in urgently needed energy transitions
Researchers say they have discovered a new room-temperature ambient-pressure superconductor, but many scientists are unconvinced
Allegations of data fabrication have sparked the retraction of multiple papers from Ranga Dias, a researcher who claimed discovery of a room-temperature superconductor
Electronics that can bend, stretch and repair themselves could potentially work in applications ranging from tougher robots to smart clothes
A new material was used in a simple snail robot, but it could one day make artificial nervous systems for more complex machines
Quantum bursts of light could help examine minute chemical reactions and reveal the quantum properties of mysterious materials
The “amorphous” solid is denser and could be water “frozen in time”
Mineral deposits called “lime clasts” found in ancient Roman concrete give the material self-healing capabilities that could help engineers develop more resilient modern concrete and reduce its associated emissions...
The festive parasite mistletoe’s sticky prowess explained
“Intentionally added microplastics” in pesticides and cosmetics could be made from silk instead
Advanced materials can modify waves, creating optical illusions and useful technologies
Science in meter and verse
A new resin can hold fiberglass wind turbines together for years and then be recycled into valuable products, making green energy even greener
Building the ultimate sandcastle
The marker material conserved samples for up to a week
Jacob Sagiv is a chemist who studies properties of self-assembled monolayers. This year, he shared The Kavli Prize in Nanoscience for his research.
They could find use as protective material, 3-D printer “ink” or longer-lasting batteries
Physicists have finally solved the long-standing mystery of why water moves faster through narrower nanotubes
An ultraporous humidity sponge could provide 300 gallons of fresh water a day
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