A dash of oxygen can bring superstrong titanium to its knees. And now scientists know the root of oxygen’s destructive power. Lodged in a chunk of titanium, a single oxygen atom spurs extra defects in ...

Nadeem Sarwar is a reporter at Screen Rant focused on TV and film news, covering casting updates, new trailers, and premiere schedules. If you look at Apple’s hardware portfolio, it becomes pretty ...

Earlier in this series, we made the case for copper being “the metal that built technology.” Some readers took issue with that statement, noting correctly that meteoric iron and gold were worked long ...

Titanium is a tremendously useful metal and very abundant, yet only 186,000 tonnes (205,030 tons) of it are produced a year and it’s not used very much outside of the aerospace field because it’s so ...

Titanium is often used where low weight and high strength are required and money is no object—because it’s extremely costly to produce. Now, a new manufacturing technique could reduce the expense, and ...

A new process for producing titanium—a metal that’s increasingly used in aircraft to reduce weight and fuel consumption—is significantly cheaper and less energy-intensive than conventional methods.

IperionX pilot titanium facility in Salt Lake City, Utah, built with funding from the U.S. Department of Energy's ARPA-E program. I always have an eye out for major manufacturing process innovations ...

[Photo: i.materialize] First we could print on paper, next came 3D-printed plastics, then food, a flute, and even a car! What’s next, titanium parts? Oh wait–it’s already here. The company ...

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