MarsiX

This phenomenon is called quantum locking. It is a phenomenon where a superconductor is able to “trap” and “float” above a magnetic field, defying gravity. It happens due to quantum effects that freeze the magnetic field in place. To achieve quantum locking, you need a superconductor material and a magnetic field. Superconductors are materials that can conduct electricity with zero resistance at very low temperatures. The magnetic field must be cooled to near absolute zero to enable this effect. Quantum locking has potential applications in transportation, where frictionless movement could revolutionize trains and vehicles. It could also impact energy storage and enhance precision in applications like magnetic levitation trains and advanced imaging systems.