Two German physicists have reimagined how to create powerful and uniform magnetic fields using compact permanent magnets. By ...

Two German physicists have unveiled a compact magnet layout that outperforms the famed Halbach array, delivering stronger, ...

Mechanical Systems and Signal Processing (2025). [4] Neural network compensation control of magnetic levitation ball position based on fuzzy inference. Scientific Reports (2022).

In 2004, China officially put the Shanghai Maglev Train into operation, a magnetic levitation train that connects the city of Shanghai with Pudong Airport over a distance of 30 km.

Rice University scientists have built a magnetic levitation sensor to spot quantum-level oscillations caused by ultralight ...

New bullet train concepts are emerging around the US, while overseas countries are pushing the boundaries even further, reaching performances that we never thought were possible. For now, Amtrak ...

The levitation force of high temperature superconducting (HTS) bulks can be enhanced by raising the strength of the external magnetic field. As to the field of HTS magnetic levitation (maglev), many ...

Magnetic levitation systems’ precision and flexibility enable electronics manufacturers to handle components smoothly, reducing the risk of damage and accommodating complex assembly tasks. The ...

In common active magnetic levitation systems, a floating object is controlled stably by an electromagnet with a narrow air-gap, which reduces the leakage flux. However, in order to move a floating ...

Magnetic levitation has found a place in several fields like energy harvesting, micro-robotics, transportation etc. The work conducted here tries to determine the viability of the concept for the ...