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160 results for "titanium alloys"
Scientists used artificial intelligence to perfect the manufacturing of a new titanium alloy that's safer for medical implants and easier on the body. The breakthrough could speed up how quickly patients get access to better, non-toxic implants.
Scientists discovered a never-before-seen metal alloy in tiny particles preserved in Hiroshima's beach sand, formed by the intense heat of the 1945 atomic blast. The find opens new doors for materials science and shows how extreme conditions can create materials impossible to make in laboratories.
Korean researchers just completed the world's first human trial of a next-generation dental implant that's 27% stronger than standard titanium and four times more durable. All 80 patients achieved perfect success rates with zero complications after one year.
Scientists say a breakthrough in metal design could help Africa transform from exporting raw minerals to leading the clean energy revolution. The key is high-entropy alloys that store hydrogen fuel.
A near-bankrupt company teamed up with Oak Ridge National Laboratory in 1995 and turned a revolutionary metal alloy into a breakthrough that transformed entire industries. Three decades later, their collaboration proves how government labs and private companies can create lasting innovation together.
Scientists in Japan have created an AI system that admits when it doesn't know the answer, making it safer and more reliable for discovering breakthrough metal alloys. The framework combines data with decades of expert knowledge buried in scientific papers.
Researchers from IIT-Kharagpur and PRL have finally explained why the moon's rocks contain up to nine times more titanium than Earth's volcanic rocks. Their breakthrough could help India's 2028 Chandrayaan-4 mission choose the perfect landing site to collect lunar samples.
Scientists in Japan just cracked a major barrier in creating tomorrow's strongest materials. Their new AI system combines decades of research with smart uncertainty tracking to find super-alloys 10 times faster than before.
Scientists developed an AI system that discovered 55 new high-performance alloys by combining experimental data with expert knowledge extracted from scientific literature. The breakthrough could accelerate the creation of stronger, more durable materials for everything from aircraft engines to clean energy technology.
A $24.9 million robot-run lab at Texas A&M will turn years of metal research into weeks of discovery, making advanced materials science accessible to researchers nationwide. The facility aims to create over 200 new metal alloys monthly by 2031.
Scientists just cracked a major code for storing renewable energy using one of Earth's most abundant metals. This battery innovation could make clean energy storage 35 times cheaper and more reliable.
A UK company created a five-card magnetic multitool system that packs up to 70 functions into a space smaller than a credit card. Each titanium card tackles different needs, from everyday fixes to emergency situations.
Australian engineers just made a metal twice as strong as steel using less heat and energy than traditional methods. The breakthrough could transform everything from airplanes to power systems.
Carrie Bradshaw was told she'd never run again after getting both hips replaced. She just became the fastest woman to complete a marathon with bilateral hip replacements, finishing Houston in 3 hours, 42 minutes.
Chinese scientists have created the world's first copper-titanium medical implant that fights infections while maintaining the strength surgeons need. After more than a decade of research, the breakthrough bone pin just received approval for use in patients.
A quirky new game called Titanium Court defies easy description but delivers pure creative delight. It's a genre-bending adventure that reminds players why indie games matter.
A titanium capsule built in 1972 to land on Venus finally came home on May 10, 2025, after spending more than five decades circling Earth. The hardy spacecraft may have survived its fiery return intact, proving that engineering built to conquer the hottest planet in our solar system can endure half a century in space. #
A nearly bankrupt company teamed up with a national lab in 1995 to create alloys that withstand extreme heat. Today, their breakthrough materials keep steel mills and chemical plants running nonstop.
Scientists in Japan have created the world's first titanium-selenium solar cells that could make panels 1,000 times more powerful than today's models. The breakthrough arrives as solar energy adoption accelerates worldwide.
After beating bone cancer at 14 and facing homelessness in his 30s, Frank Hiffernan transformed dumpster scraps into international art success. His titanium arm replacement now helps him create flower sculptures celebrating life's beauty.
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