The key findings of the book are summarized in this chapter, emphasizing how cryogenic computing systems can surmount physical and performance limits faced by conventional semiconductor scaling. The advantages of lower operating temperatures-higher speeds, reduced noise, and lower leakage currents-are considered both in high-performance cloud computing and in quantum computing applications. Reflections on the contributions of the book to the field and potential avenues for future research conclude this final chapter.

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Conclusions

  • Nurzhan Zhuldassov,
  • Eby G. Friedman

摘要

The key findings of the book are summarized in this chapter, emphasizing how cryogenic computing systems can surmount physical and performance limits faced by conventional semiconductor scaling. The advantages of lower operating temperatures-higher speeds, reduced noise, and lower leakage currents-are considered both in high-performance cloud computing and in quantum computing applications. Reflections on the contributions of the book to the field and potential avenues for future research conclude this final chapter.