In blood-vessel-model and live pig tests, the milli-spinner was able to reduce the volume of clots by up to 95%, allowing for successful clot removal on approximately 90% of first attempts.

One is designing a casing that replicates the conditions in which a real hand operates: a stable temperature around 37°C (98.6ºF) and a system to continuously replenish nutrients as cells consume them ...

Organ-on-a-chip systems offer a more accurate, ethical, and scalable alternative to animal testing in drug discovery and ...

AI Is Learning to Escape Human Control Models rewrite code to avoid being shut down. That’s why ‘alignment’ is a matter of such urgency. By Judd Rosenblatt Share Resize ...

This hyper-realistic synthetic arm is built to mimic skin, muscle, and bone—but how does it hold up against the violent power of an industrial shredder? From initial contact to final collapse ...

Circulatory system: Blood vessels Laid end-to-end, an adult's arteries, veins and capillaries would stretch for about 100,000 miles - enough to wrap around the world nearly four times.

Scientists decode imagined finger movements into robotic control, marking a game-changing moment in noninvasive brain tech.

These kind of small robots will help travel in the human circulatory system, continuously checking the body's status, healing the cells that are broken, and reversing the signs of aging.

Uncover the best HRIS systems of 2025 designed to optimize your human resources management. Find the perfect solution for your organization today!

One project Monteleoni worked on uses machine learning algorithms to combine the predictions of the approximately 30 climate models used by the Intergovernmental Panel on Climate Change.