Is Life-Sized Quantum Hovercraft Racing Feasible for a Thesis Topic?

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Discussion Overview

The discussion revolves around the feasibility of life-sized quantum hovercraft racing as a thesis topic, focusing on the physics behind quantum levitation and its potential applications in racing. Participants explore the theoretical aspects rather than practical implementations.

Discussion Character

  • Exploratory, Technical explanation, Debate/contested

Main Points Raised

  • One participant expresses disappointment over the CGI representation of quantum hovercraft and seeks to explore the physics behind the viability of such technology.
  • Another participant questions the use of the term "quantum," suggesting that the concept may simply relate to maglev technology using superconductors.
  • A different participant introduces the concept of quantum locking, distinguishing it from standard magnetic levitation.
  • There is a request for clarification on the quantum locking mechanism and its acceptance in mainstream science, along with a request for additional resources.
  • One participant identifies the phenomenon as flux pinning and notes the challenge of maintaining low temperatures for superconductors, especially in a racing context.

Areas of Agreement / Disagreement

Participants do not reach a consensus on the terminology and underlying physics, with differing views on the classification of the technology and its feasibility.

Contextual Notes

Discussion includes assumptions about the nature of quantum levitation and its practical challenges, such as temperature requirements for superconductors, which remain unresolved.

Who May Find This Useful

Individuals interested in the intersection of physics and engineering, particularly in innovative applications of superconductivity and maglev technology.

John_Goat
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Hi to everyone, I study industrial design at faculty of mechanical engineering and It is time to start thinking about the theme of my thesis.

So I have seen this, and was terribly dissapointed, when I found out it's just CGI. We've all seen quantum levitation videos before, so this thing is certainly viable in some way.

I guess this thesis theme most likely won't get approved, but I would really like to explore the (just from physics standpoint) viability of life-sized quantum hovercraft racing. I'm not hoping for any financial or practical viability anytime soon, I just would like to find out if it is possible and then design a racing hovercraft in a functional and realistic fashion.

So I made this horrible image here with some questions attached. I have done some searching on this forum, and there are topics which are touching this, but mainly from making mass maglev cars and practicality of the thing, which really isn't my concern.

I feel like these are the most basic and crucial questions for something like this to work, which are probably really easy to answer for someone here. And if there is a possibility there, I would start to investigate further and would ask much more detailed, more intricate questions, or just ask some physics people at school. But if I am completely wrong, I guess it's better to embarrass myself on the internet first.

I'm just curious, if one day, we could watch hovercrafts with loopings and stuff instead of Formula 1 on sunday.

Sorry for my non-native and not very good english and thanks for looking at this not really much thought-out thread. I hope It's atleast in the right forum category.
 

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Welcome to the PF.

What is "quantum" about this? It looks to just be maglev using superconductors...
 
I believe the effect at play here is called quantum locking. Maglev just uses magnetism but it's not quite the same.
 
Can you explain the quantum locking mechanism? Is it mainstream science? Can you provide some links?
 
I believe the actual name of the phenomenon is flux pinning.

You also have to keep the superconductor very very cold, that might get tricky with a rocket strapped on top of it.
 

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