Exploring Superconductors: Effects of Broken Samples and Levitation Distance

In summary, the conversation is about a physics project on superconductors and the effects of a broken superconductor on the results. It is also mentioned that the thickness of the superconductor does not affect its ability to levitate. The conversation then shifts to discussing where to buy affordable superconductors and ways to improve the levitation ability. It is suggested that stronger magnets may help with the levitation.
  • #1
weeps
4
0
Hello!

Me and some friends are doing a phyics project at school. The theme is superconductor. The school have a superconductor, but its broken i half (like two half moons). My question is: will this effect the result? And does the thickness matter how far above the surfice it will levitate?

And does anyone have any suggestions were you can buy superconductor (cheap)?

This is what we though about.



Thank =)
 
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  • #2
weeps said:
My question is: will this effect the result?

No, it won't look as pretty but it won't affect the main results

And does the thickness matter how far above the surfice it will levitate?

No, not at the scales we are talking about here. As far as I remember there are some pre-factors that come into if the SC is very thin or very narro, but the length scale is set by the penetraton depth whihc is of the order of tens of nm, meaning this is not an issue here.
 
  • #3
Okay, we had some problems with our superconductor, it only levitated max 0.1-0.5 mm above our magnetics. Can we improve it in anyway?
 
  • #4
weeps said:
Okay, we had some problems with our superconductor, it only levitated max 0.1-0.5 mm above our magnetics. Can we improve it in anyway?

What was the strength of your magnets?
 
  • #5
Grade 42
Pullforce Class 1 6.56 lbs
Pullforce Class 2 50.86 lbs
 
  • #6
Hmmm. Would stronger magnets have any effect?
 
  • #7
We got really strong magnetics. We suspect that we might need a stronger superconductor
 

Related to Exploring Superconductors: Effects of Broken Samples and Levitation Distance

1. What is a superconductor?

A superconductor is a material that has the ability to conduct electricity with zero resistance when it is cooled below a certain temperature, called the critical temperature. This means that an electric current can flow through a superconductor without any loss of energy.

2. How does a superconductor work?

In a superconductor, electrons pair up and move through the material together, rather than as individual particles. This pairing allows the electrons to move without any resistance, resulting in zero energy loss.

3. What are the benefits of using superconductors?

The main benefit of superconductors is their ability to conduct electricity without any resistance. This makes them extremely efficient for use in power transmission and storage, as well as in various scientific and medical applications such as MRI machines.

4. What are the challenges of using superconductors?

The main challenge of using superconductors is the need to cool them to extremely low temperatures, often below -200 degrees Celsius, in order for them to exhibit their superconducting properties. This requires specialized equipment and can be costly.

5. What are some potential applications of superconductors?

Superconductors have the potential to revolutionize many industries, including energy, transportation, and computing. They can be used to create more efficient power grids and motors, faster and more powerful computers, and even levitating trains. They also have potential applications in cutting-edge technologies such as quantum computing and fusion energy.

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