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This chapter reviews the numerical simulation of the DP energy transfer by an off-shell scientific method. It starts by explaining the reason why the quantum walk model is used for this simulation. After equations used for this model are presented, three simulated examples are demonstrated. They are the DPP creation probability on the tip of a fiber probe, the spatial distribution of the DPP that is confined by the B atom-pair in a Si crystal, and the photon breeding with respect to the photon spin. It is pointed out that these results agree well with the experimental results. Portions of Chap. 4 have been reproduced from Ref. [4] with permission from Elsevier.

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A Quantum Walk Model for the Dressed Photon Energy Transfer

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  • 发表日期：

    2025年

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  • Motoichi Ohtsu,
  • Hirofumi Sakuma

摘要

This chapter reviews the numerical simulation of the DP energy transfer by an off-shell scientific method. It starts by explaining the reason why the quantum walk model is used for this simulation. After equations used for this model are presented, three simulated examples are demonstrated. They are the DPP creation probability on the tip of a fiber probe, the spatial distribution of the DPP that is confined by the B atom-pair in a Si crystal, and the photon breeding with respect to the photon spin. It is pointed out that these results agree well with the experimental results. Portions of Chap. 4 have been reproduced from Ref. [4] with permission from Elsevier.