Summary
2023
Session Number:B3L-4
Session:
Number:B3L-41
A Quantum Walk Model with Energy Dissipation for a Dressed-Photon–Phonon Confined by an Impurity Atom-Pair in a Crystal
Ohtsu Motoichi, Segawa Etsuo, Yuki Kenta, Saito Soken,
pp.323-326
Publication Date:2023-09-21
Online ISSN:2188-5079
Summary:
This paper introduces the energy dissipation constant into a two-dimensional QW model for describing the in-trinsic features of dressed-photon–phonon creation and confinement in a B atom-pair in a Si crystal. It succeeded in describing unique features, including: (a) The magni-tude of the energy dissipated from the B atom-pair took the maximum at =0.2; (b) the total dissipated energy over the whole volume of the Si crystal monotonically increased with , whereas the energy of the source of dissipation complementarily decreased; and (c) the dissi-pated energy exhibited the feature of photon breeding with respect to the photon momentum. From these fea-tures, it was confirmed that the intrinsic features of micro-scopic and macroscopic fields were successfully de-scribed in a consistent manner.