Maglev trains have long been touted as the new dawn for train technology. Despite keen and eager interest in the mid-20th century, development has been slow, and only limited commercial operations ...

Magnetic levitation, or maglev, technology has been around since the 1940s, but it's only now coming into focus as a means of high-speed transit. There are several maglev train systems spread ...

Maglev bullet trains promise a future where steel wheels and clattering rails give way to smooth, floating speed. Yet the reality on today’s tracks is more nuanced, with some systems gliding entirely ...

Imagine gliding across long distances at nearly 400 miles per hour on a train that floats silently above its tracks. No rattling wheels, no jolts, just a smooth, whisper-quiet ride. This is the ...

The future of public transportation is going to be dominated by less energy-consuming solutions – the likes of magnetic levitation that we already see on the Maglev trains in Japan, China, and South ...

In this three week storyline unit, students investigate a maglev train and the electromagnetic forces that cause a maglev train to levitate and provide the source of propulsion for the train. The ...

Maglev trains float above their tracks, eliminating wheel–rail contact and allowing speeds far beyond conventional rail. However, this technological advantage comes with an invisible challenge: ...

In March 1912, Emile Bachelet applied to the US Patent and Trademark Office what he called a "levitating transmitting apparatus." Magnetic levitation -- or maglev -- technology was born. At its heart, ...

Driving Question: How does something invisible cause something else to move? Synopsis: Iin this three week storyline unit, students investigate a maglev train and the electromagnetic forces that cause ...