What are some possible future applications for supersolids?

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SUMMARY

Scientists have successfully created a 2D Supersolid, a material predicted since the 1960s, marking a significant breakthrough in condensed matter physics. Although its practical applications remain largely undefined due to its nascent stage, the unique property of frictionless sliding suggests potential uses in advanced transportation systems, such as maglev trains, allowing for closer proximity and enhanced stability. The discussion also raises questions about the material's capabilities, including its rumored ability to climb surfaces, which may require further clarification.

PREREQUISITES
  • Understanding of condensed matter physics
  • Familiarity with the properties of supersolids
  • Knowledge of transportation technologies, specifically maglev systems
  • Basic grasp of material science principles
NEXT STEPS
  • Research the properties and applications of 2D Supersolids
  • Explore advancements in maglev train technology
  • Investigate the implications of frictionless materials in engineering
  • Examine the historical context and predictions surrounding supersolids since the 1960s
USEFUL FOR

Researchers in condensed matter physics, engineers in transportation technology, and futurists interested in the potential applications of emerging materials.

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TL;DR
Speculating on what the now created supersolids can be used for in the future
Scientists finally created a 2D Supersolid! There existence has been predicted since the 60’s and now we have them. The scientists who created it don’t really know what it could be used for as it’s so much in the infancy stages, it’s practically a zygote. As an aspiring futurist, I was wondering if anyone had ideas on what a supersolid material could be utilized for.

Here is a link to an article explaining what it is.

https://www.popsci.com/science/what-is-a-supersolid/
 
Engineering news on Phys.org
It seems the prevalent property of frictionless sliding means you could make devices that slide effortlessly over a surface. That brings to mind transportation systems like maglev trains where now they could slide really close together for stability instead of being elevated.
 
What was that stuff about climbing up a wall? PopSci misinterpretation?
 
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