The levitating superconductor

The levitating superconductor

1. Superconductivty

   • Quantum state of matter
     • Occurs only below a certain critical temperature

2. Superconductor

   • Zero electrical resistance
   • Expulsion of a magnetic field from the interior

3. Quantum locking

   • Avoid movement
     • Movement dissipate energy
       • Break superconductivity state
   • Lock strands
   • Rearrange fluxons (strands)
     • Three dimensional locking of the superconductor
   • Not levitation

4. Features

   • Produce strong magnetic fields
     • MRI machines
     • Particle accelerators
   • Store energy
     • There is not dissipation of energy
     • Transfer energy between power stations
   • Levitate more than 70.000 times its own height
     • Hold 1000 kilograms
       • A small car in the hand
   • Back up a single power station with a single superconducting cable

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