Time Crystals & Spin: Engineering a New Reality?

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SUMMARY

The discussion centers on the engineering of time crystals, specifically in spin systems as proposed by Norman Yao et al. in 2016 and confirmed by Christopher Monroe and Mikhail Lukin in 2017. Both teams published their findings in Nature, demonstrating that quantum time crystals can be realized through long-range multi-particle interactions. The consensus is that the looping time crystal phenomenon is attributed to quantum spin, and engineering a time crystal based on spin looping over time is impossible due to quantum mechanics constraints.

PREREQUISITES
  • Understanding of quantum mechanics principles
  • Familiarity with spin systems in physics
  • Knowledge of multi-particle interactions
  • Awareness of time crystal concepts and their implications
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  • Research the implications of long-range multi-particle interactions in quantum systems
  • Study the experimental methods used by Monroe and Lukin in their time crystal experiments
  • Explore the theoretical frameworks surrounding quantum time crystals
  • Investigate the limitations imposed by quantum mechanics on time crystal engineering
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Physicists, quantum mechanics researchers, and students interested in advanced concepts of time crystals and spin systems will benefit from this discussion.

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Were the time crystals developed in the 2010s looping in their quantum spin, or their linear momentum?
In 2016, https://en.wikipedia.org/w/index.php?title=Norman_Yao&action=edit&redlink=1 et al. proposed a different way to create discrete time crystals in spin systems. From there, Christopher Monroe and Mikhail Lukin independently confirmed this in their labs. Both experiments were published in Nature in 2017. In 2019 it was theoretically proven that a quantum time crystal can be realized in isolated systems with long-range multi-particle interactions (Wikipedia)

In these experiments, was it the quantum spin that underwent the looping time crystal phenomenon, or was it the actual linear motion which underwent this mechanism where it would repeat in time? If not, could we engineer a time crystal which loops over time not in linear motion, but with regards to its spin?
 
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It is the quantum spin that undergoes the looping time crystal phenomenon. It is not possible to engineer a time crystal which loops over time with regard to its spin, as this would violate the laws of quantum mechanics. Instead, the experiments used long-range multi-particle interactions to create a system where the spins display a periodic behavior over a long period of time.
 

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