Scholarlink

<p>The cryogenic cooling requirements of quantum computing pose significant challenges to sustainable deployment. We propose deploying quantum processors on stratospheric High Altitude Platforms (HAPs), leveraging −50 °C ambient temperatures to reduce cooling demands by 21%. Our analysis demonstrates that quantum-enabled HAPs support 30% more qubits than terrestrial quantum data centers while maintaining superior reliability, especially when leveraging advanced hardware capabilities. By leveraging strategic atmospheric positioning, this solar-powered solution enables sustainable, high-performance quantum computing.</p>

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Green quantum computing in the sky

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年11月6日

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  • Wiem Abderrahim,
  • Osama Amin,
  • Basem Shihada

摘要

The cryogenic cooling requirements of quantum computing pose significant challenges to sustainable deployment. We propose deploying quantum processors on stratospheric High Altitude Platforms (HAPs), leveraging −50 °C ambient temperatures to reduce cooling demands by 21%. Our analysis demonstrates that quantum-enabled HAPs support 30% more qubits than terrestrial quantum data centers while maintaining superior reliability, especially when leveraging advanced hardware capabilities. By leveraging strategic atmospheric positioning, this solar-powered solution enables sustainable, high-performance quantum computing.