Researchers in China are advancing the development of 621 mph vacuum-tube maglev trains, aiming to address the near-sonic ...

China may soon offer passengers a seamless experience by offering them 5G connectivity to watch ultra-high-definition videos ...

Abstract: The existing Transrapid (TR) Maglev adopts long-stator linear synchronous motor (LLSM), which establishes a relatively stationary magnetic field for DC levitation control. While the ...

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 ...

Both students agreed the most challenging and “painful” part of the project was leveling the 3D printer so it correctly printed their cars. “Leveling is really hard to do so the print comes out even ...

World's largest research base for vacuum-tube maglev trains has started high-speed propulsion tests on full-scale prototype vehicles Passengers my be able to watch ultra-high-definition videos or ...

For a growing population of patients with heart disease, a transplant is currently the only option. Another local team wants ...

One solution explored has been the Hyperloop: first conceptualized over a century ago and popularized in 2013 by Elon Musk, it involves a magnetic levitation train designed for ultra-high-speed travel ...

coasting along via magnetic levitation. With no weather, traffic or air resistance to contend with, the pods are projected to reach top speeds of 1,200 km/h (746 mph). News around Hyperloop seems ...

FRA officials designated $150 million for capital projects for new intercity passenger rail routes, $32 million to deter trespassing, $7 million for magnetic levitation initiatives and $5 million ...

Richard F. Post (1918-2015) was a physicist and the head of the magnetic mirror program in controlled thermonuclear research at what was then the Lawrence Radiation Laboratory in Livermore, California ...

Magnetic attraction is when like fields are brought together. Repulsion: When magnets repel, they push each other away. This occurs when opposite fields, or different polarities, are brought close ...