Conventional magnetic levitation

Conventional magnetic levitation uses powerful magnets to suspend an object in the air without physical contact. It relies on either electromagnetic attraction and repulsion, or superconducting magnets that generate strong magnetic fields. These magnetic forces counteract gravity, allowing the object to float and move smoothly with minimal friction. This technology is commonly used in maglev trains, where it enables high-speed travel by reducing resistance and allowing for stable, contactless suspension. Overall, it's a precise application of magnetism to achieve frictionless support and movement.