The synthetic hexagonal diamond exhibits high thermal stability up to 1,100°C and a hardness of 155 GPa, promising advancements in aerospace and defense industries.
A recent study found that meteoric iron was present in these Early Iron Age ornaments, indicating that it was deliberately ...
In 1891, examining a meteorite in Canyon Diablo, Arizona, scientists reported finding "hard particles" within it. Later, in ...
Chinese scientists have synthesized a "super diamond" that is 40 percent harder than natural diamonds and exhibits high ...
For the first time, researchers in China have synthetically produced a nearly pure hexagonal diamond, marking a significant ...
Early Iron Age ornaments unearthed in Poland have been found to contain iron from meteorites, suggesting the ancient ...
Archaeologists have uncovered 26 ornaments from a Polish dig some of which contain metal formed from a meteorite and iron mix ...
Learn about the unique ataxite meteorite's role in early iron artefacts, featuring high nickel content, indicating rare ...
A recent study by Dr. Albert Jambon and his colleagues, published in the Journal of Archaeological Science: Reports, revealed the presence of meteoric iron in Early Iron Age ornaments in Poland.
Chinese scientists have created a ‘super diamond’ 40% harder and far more durable than natural ones. Experts say the creation could lead to breakthroughs across several key industries that rely on ...
The Mainichi Shimbun answers some common questions readers may have about the Japan Pavilion for the 2025 World Exposition in ...
Ever wondered what happens when a meteorite makes it all the way to Earth’s surface? You’re in for a treat! Most of the time, ...
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