Hoverboard - the future is now ;)

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SUMMARY

The discussion centers on the innovative technology behind hoverboards, specifically highlighting the concept of quantum locking. Participants note that hoverboards operate similarly to draisines in that they do not require traditional propulsion methods. Instead, they utilize liquid nitrogen for cooling, which is posited as a more cost-effective alternative to electricity. This technology represents a significant advancement in personal transportation.

PREREQUISITES
  • Understanding of quantum locking principles
  • Familiarity with hoverboard mechanics
  • Knowledge of liquid nitrogen properties and applications
  • Basic concepts of propulsion systems
NEXT STEPS
  • Research the principles of quantum locking technology
  • Explore the mechanics of hoverboard design and functionality
  • Investigate the cost implications of using liquid nitrogen versus electricity
  • Learn about advancements in personal transportation technologies
USEFUL FOR

Inventors, engineers, and technology enthusiasts interested in the future of personal transportation and innovative propulsion methods.

Borek
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But just before you rush to order one, watch this:

 
Computer science news on Phys.org
Borek said:
But just before you rush to order one, watch this:
So it's a hoverboard in the same way as a draisine is a bicycle?
 
Quantum locking nice. it doesn't even need electricity you just need liquid nitrogen I bet that's a lot cheaper than electricity =)
 

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