Superconductors and Space: Can Electricity Bend Reality?

In summary, the conversation discusses the concept of bending space and whether or not a superconducting coil with enough electricity could achieve this. It is mentioned that any concentration of energy can bend spacetime, but this does not necessarily mean that space itself will bend. The conversation also touches on the importance of terminology in understanding this concept.
  • #1
Jarhead42
6
0
Hi! I was wondering that if you could put enough electricity into a superconducting coil if it would be powerful enough to bend space?
 
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  • #2
Spacetime is bent by any concentration of energy. So, any amount is "enough".
 
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  • #3
Thanks!
 
  • #4
Khashishi said:
Spacetime is bent by any concentration of energy. So, any amount is "enough".

Space-time bending is not the same thing as space bending. Neither one implies the other. This of course an issue of terminology, as the OP may have really intended to say space-time, but nonetheless this piece of terminology is very critical conceptually.
 
  • #5
Also, how much does space bend per Tesla?
 

1. What are superconductors?

Superconductors are materials that have the ability to conduct electricity with zero resistance when cooled below a certain temperature, known as the critical temperature. This allows for the flow of electricity without any energy loss, making them highly efficient conductors.

2. How do superconductors work in space?

In space, superconductors can be used for a variety of applications such as powering spacecraft, generating magnetic fields, and transmitting electricity over long distances. This is because the absence of gravity and other environmental factors allows for superconductors to maintain their critical temperature, resulting in efficient electricity transfer.

3. Can superconductors bend reality in space?

No, superconductors cannot bend reality. However, their ability to conduct electricity without resistance can have a significant impact on how we utilize and understand energy in space. This can lead to advancements in space exploration and technology.

4. What is the connection between superconductors and magnetic fields in space?

Superconductors and magnetic fields have a close relationship in space. Superconductors can generate strong magnetic fields, and when placed in a magnetic field, they can levitate and move without friction. This has potential applications in propulsion and energy storage in space.

5. Are there any challenges to using superconductors in space?

Yes, there are challenges to using superconductors in space. The main challenge is maintaining their critical temperature in the harsh conditions of space. This requires careful insulation and cooling systems to prevent the superconductors from warming up and losing their superconducting properties. Another challenge is the high cost and complexity of producing and implementing superconductors in space technology.

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