Superconducting Magnetic Levitation with Rotating Double Helix

Key Points

• The aim is to explore energy harvesting through the rotational motion of a double helix in a superconducting system.
• Utilized a rotating double helix structure within a superconducting magnetic channel.
• Inductively coupled structural nodes to their counter-nodes in a static casing.
• Analyzed the conversion of rotational kinetic energy into electrical charge.
• Successful generation of electrical charge from the rotating double helix.
• Demonstrated no mechanical contact required for energy conversion.
• High angular velocity optimized the energy harvesting efficiency.