Foldable X-ray detector could make medical scans safer and more efficient
X-rays play a major role in medical exams and industrial checks, from scanning broken bones to inspecting luggage at airports.
But X-rays also come with...
How AI can ‘hear’ lithium batteries before they explode
Researchers from the National Institute of Standards and Technology (NIST) have found a way to use sound to detect when lithium-ion batteries are at...
New anti-fatberg coating could help keep sewers flowing smoothly
Engineers from RMIT University in Australia have developed a special coating for concrete sewer pipes that could significantly reduce the build-up of “fatbergs” in...
New reactor extracts lithium from brine to power the future of batteries
A team of engineers at Rice University has developed a groundbreaking reactor that efficiently extracts lithium from natural brine—salty water found in geothermal sources.
This...
Engineers make big strides in turning CO₂ into useful products
With greenhouse gas emissions on the rise, scientists and engineers are exploring practical ways to capture and reuse carbon dioxide (CO₂) from the atmosphere.
Imagine...
Scientists turn old carpets into crack-resistant concrete for a greener future
Australian engineers have discovered a new way to make concrete stronger and more resistant to cracking by using old carpet fibers, bringing a fresh...
What’s the difference between liquid and powder laundry detergent
When shopping for a laundry detergent, the array of choices is baffling. All of the products will likely get your laundry somewhat cleaner.
But what...
New protective layer could make zinc batteries last hundreds of times longer
As the world shifts toward renewable energy, finding ways to store large amounts of electricity efficiently has become a major focus.
Lithium-ion batteries, while popular,...
Turning CO₂ into useful fuels on Earth—and maybe on Mars!
Imagine using temperature differences to turn carbon dioxide (CO₂) into useful chemicals and fuels.
This idea has inspired researchers at the University of British Columbia...
Supersonic microprojectiles show how metals bond at incredible speeds
In a new discovery, researchers from Cornell University have found how tiny metal particles, when launched at supersonic speeds, can bond tightly with a...