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1076 results for "metal alloys"
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.
A startup using electricity instead of pollution to extract valuable metals just secured $75 million to build the future of clean manufacturing. The technology could help make everything from jet engines to MRI machines without wrecking the planet.
Engineers have cracked the code on preventing metal fatigue, the silent failure that threatens everything from bridges to spacecraft. The breakthrough could make our infrastructure safer and last decades longer.
Britain's metals recycling industry has a clear path to slash its direct emissions by 93% within 25 years, with steel production changes alone cutting the carbon footprint by 38%. The roadmap proves recycling can lead the world to net-zero metal production.
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.
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When Ellie Verrecchia showed up to her first metal detecting dig in Cornwall, she was the only woman there. Three years later, she's helping thousands join a hobby that's quadrupled in membership.
An MIT spinoff just cracked the code on producing gallium domestically, tackling China's 99 percent control of a metal crucial to defense and semiconductors. Found Industries turned a supply chain problem into a national security solution.
Scientists can now vaporize old electronics at 3,000°C to extract gold, silver, and other precious metals without toxic waste. The process costs 13 times less than traditional mining and uses up to 500 times less energy.
Three metal detector hobbyists in Maryborough, Australia, tracked down a World War II veteran's family to return his dog tags after seven decades. The lost military identification had been buried and forgotten until the detectorists discovered them and made it their mission to reunite them with their rightful home.
A Korean company just cracked the code on recycling rare earth metals from discarded smartphones, motors, and drones. The breakthrough could help countries reduce their dependence on mining these critical materials.
Australian researchers built a tiny motor that spins using liquid metal flows instead of rigid parts, reaching 320 revolutions per minute. The breakthrough could revolutionize soft robotics and medical devices that need to bend, stretch, and move through tight spaces.
A California startup has invented a pollution-free way to refine rare earth metals using plasma reactors, potentially ending China's stranglehold on materials critical for electronics and clean energy. The breakthrough could reshape global supply chains while eliminating toxic waste.
A Shanghai surgical team has developed the world's first metal-free knee implant that could transform care for aging patients worldwide. The breakthrough polymer device allows clearer medical scans and better cancer treatment than traditional metal joints.
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.
Researchers discovered how to control a metal's strength simply by adjusting laser speed during 3D printing, creating materials that can be tailored for any need. The breakthrough turns manufacturing into a design tool for next-generation technology.
Scientists in South Korea created an AI system that predicts hidden defects in 3D-printed metal parts, solving a critical safety problem that has held back the technology for years. The breakthrough could fast-track stronger, safer components for planes and cars.
Northwestern engineers discovered that heating pure metals makes them stronger under extreme conditions—the opposite of everything science has taught for a century. This breakthrough could protect satellites from space debris and revolutionize hypersonic flight.
Georgetown researchers discovered a new class of strong magnets using common earth elements instead of rare metals, potentially transforming clean energy tech and electronics. The breakthrough could make everything from electric cars to smartphones more sustainable and affordable.
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.
Researchers discovered a way to change how metals conduct electricity by tweaking their atomic structure at incredibly tiny scales. This breakthrough could make our phones, computers, and future devices faster while using less energy.
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