Is a Quantum Trapped Superconductor Inside a Vacuum the Ideal Simple Machine?

In summary, The question is whether a superconductor trapped on a track inside a vacuum and pulled on would be an ideal simple machine. However, there are several factors to consider, such as the need for cooling, thermal exchange with the environment, potential oscillations, and emission of gravitational waves. Ultimately, the feasibility of this scenario depends on the specific details and limitations of the system.
  • #1
Einstein1999
2
0
My question is probably simple answer but google and everybody else I've asked didn't know. Because of friction there can be no ideal simple machines even with like a magnetic incline plane. But if you Quantum trapped a superconductor onto a track inside of a vacuum and just pulled on it would it be possible for that to be a ideal simple machine? Because there is no drag because it is in a vacuum, also there would be no sliding friction because it hovering above the track. Thanks
 
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  • #2
The system would have to be cooled. It also has thermal exchange with the environment, and thermal fluctuations.
The system could have some source of oscillations (no track is perfect), transferred to the table and the floor.
And even if you can remove all of those issues, the system emits gravitational waves. The timescale for those to get relevant is much longer than the lifetime of earth.
 
  • #3
Thanks that helps a lot
 

Related to Is a Quantum Trapped Superconductor Inside a Vacuum the Ideal Simple Machine?

1. What is a quantum trapped superconductor?

A quantum trapped superconductor is a material that has been cooled to a temperature where it exhibits zero electrical resistance and can trap magnetic fields. This is achieved by creating a lattice structure within the material that allows electrons to move without resistance.

2. How does a quantum trapped superconductor work?

A quantum trapped superconductor works by exploiting the properties of superconductivity, where electrons can flow without resistance. This allows for the formation of a persistent current within the material, which in turn creates a magnetic field that is trapped within the lattice structure.

3. What is the purpose of a vacuum in this setup?

The vacuum is necessary in order to prevent any interference from outside sources, such as thermal vibrations or electromagnetic fields, which could disrupt the superconductivity and trap the magnetic field. It also helps to maintain a stable and controlled environment for the experiment.

4. Why is a quantum trapped superconductor inside a vacuum considered an ideal simple machine?

This setup is considered an ideal simple machine because it has the potential to operate without any loss of energy. The trapped magnetic field within the superconductor can persist for long periods of time, making it an efficient way to store and transfer energy.

5. What are the potential applications of this technology?

There are many potential applications for a quantum trapped superconductor inside a vacuum. It could be used in energy storage systems, such as in high-speed trains or power grids, as well as in sensitive instruments that require low levels of interference. It also has the potential to be used in quantum computing and other advanced technologies.

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