Every week I seem to be writing about how someone has used an Arduino to fashion an interesting gadget, and today's – while not as obviously useful as, say a Pong-playing wristwatch - is still ...

[Andrey Mikhalchuk] built his own magnetic levitation device and you can too… if you have the patience. He’s not using electromagnets, like the Arduino levitator or the floating globe. Instead ...

A magnetic levitation module, we’re officially in the future. Feeling a bit let down by the 3D printable models of the Starship he found online, [Chris] set out to build his own.

A test by Italian firm IronLev has provided successful examples of how a magnetic levitation train, or maglev, might work on already existing train tracks.

While magnetic levitation is used in transportation systems, Lira realized that she’d never seen it used in architecture. There may be a reason for that–it may be completely impractical.

Magnetic levitation systems harness the unique properties of high-temperature superconductors and permanent magnets to achieve frictionless, contactless motion.

Acoustic levitation is not as strong as magnetic levitation but it can act on a wide range of materials, from liquids to living animals.

Scientists working on magnetic levitation have created a platform more sensitive than the best atomic sensors.