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The EPFL team created the MagFlow, which is an ultraminiaturized magnetic microcatheter that relies on the flow of blood to move forward, thus opening up the potential to treat conditions such as stroke, arteriovenous malformations and eye cancers in children.

A new benchmark in deepwater well construction has been achieved by Expro in the Gulf of Mexico by deploying the heaviest casing string to date.

The team suggests that the technique promises to transform crowns, bridges, veneers and other restorations by making them faster, more personalized and more convenient.

Oil production in the U.S. surged over the last two years, reaching an output of over 13 million barrels of crude per day in 2024.

Applications for the drone include emergency response, wherein first responders could carry several MAVs and launch them into disaster zones to assess damage or locate survivors in areas too dangerous for humans to enter.

The seal leverages spiral groove non-contacting technology to deliver exceptional reliability, operational efficiency and environmental compliance.

The tool, dubbed DriverCheck, is a miniaturized in-cabin camera that continuously monitors the driver’s heartbeat, breathing and alertness in real time.

The team sought to develop fibers thinner than a human hair that can be tuned on-demand to add sensing, energy conversion and electronic connectivity capabilities to assorted objects of various shapes and surface textures — like glass, plastic and leather.

The new release delivers up to 20 times faster data throughput, streamlined configuration and enhanced automation, helping engineers complete test setups in less time while capturing higher-quality data.

The SWIFT project is able to accomplish this by borrowing the structural principles from the woodpecker, which is able to repeatedly hammer its beak against trees without injury.

The valve delivers exceptional high-flow performance in a compact, pressure-piloted design.

The growing security threats facing cloud-managed electrical systems can potentially be countered by DC microgrids that reinforce energy resilience.

Nanobubble technology can be incorporated into a chemical-free, environmentally safe method that increases the porosity of thin films for energy, water and clean technology applications.