Recent experiments have demonstrated quantum networks connecting multiple quantum processors, paving the way for advanced applications such as secure cloud computing and enhanced data privacy. However, a significant hurdle remains: establishing a comprehensive architecture that allows the seamless execution of quantum applications on these networks. While hardware advancements have been made, a robust programming framework akin to that of the conventional internet is essential for unlocking this technology's full potential, similarly sparking new fields of research and development.
"Although quantum nodes have been linked at the hardware level, a critical innovation required to make quantum networks useful is lacking: an architecture enabling the execution of quantum applications."
"In the domain of the conventional internet, the possibility of programming arbitrary internet applications in high-level software has led to the realization of radically new communication applications by diverse communities."
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