Can this object really levitate and float on its own? In this video, we put a mysterious levitation experiment to the test, struggling through trial and error until we finally get it to balance, hover ...

In a world driven by speed, China is developing T-Flight, a magnetic levitation train designed to reach 600 mph (965 km/h).

It’s possible to defy gravity using sound waves, magnets or electricity, but today’s methods can’t hoist heavy items high in ...

In a world where speed defines progress, China is taking bold steps toward transforming the future of transportation.

Germany’s decision to grant its first operating license for maglev trains represents a pivotal moment for transportation ...

Stanford Medicine scientists report the development of a new device that relies on electromagnetic levitation to help them gently sort living cells, with no need for physical contact. The innovation, ...

Abstract: High-temperature superconducting (HTS) magnetic levitation (maglev) train has the potential to become the next generation of high-speed rail transport due to its passive stabilization and ...

Chinese researchers have reached a new milestone in superconducting technology. On Sunday, they announced the successful generation of a steady magnetic field of 351,000 gauss using a fully ...

Abstract: An accurate magnetic force model is crucial for the high-precision control of magnetic levitation systems. Soft magnetic materials, renowned for their excellent magnetic properties, are ...

Transportation accounts for 16.2% of all global carbon pollution, according to Our World In Data. That is an extraordinary figure considering how much we rely on getting around as quickly and ...

A levitating magnetic microrobot autonomously sorts sub-millimeter particles by weight in 3D environments, enabling precise, contamination-free handling in biomedical and manufacturing applications.