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 ...

One test run for the Chuo Shinkansen, Japan's next-gen rail system, gave spectators a fleeting glimpse of the train's ...

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 ...

In 1845, Michael Faraday discovered what’s known today as the Faraday Effect—which describes how light and electromagnetism are related. A new study revealed that the magnetic component of light ...

Abstract: Magnetic levitation systems are known for their inherent nonlinearities and complexities, posing significant challenges to conventional control methods. This study aims to develop an ...

Abstract: The high-performance control of magnetic levitation (maglev) vehicles has encountered challenges in the form of time delays. In this letter, we model a reliable control method based on a ...