本論文結合黑面琵鷺的衛星路徑追蹤訊號，並引入三維地球磁場模型，目的是要沿著黑面琵鷺的遷徙路徑，將其所感知的地磁資訊轉化為視覺羅盤影像。這一研究是以生物擬真技術重建黑面琵鷺從台灣七股飛往南北韓交界處的飛行過程中，地磁在其視網膜上的動態變化，進而解釋其辨別方向的磁感導航機制。本論文除了剖析鳥類磁感導航的運作原理，同時驗證依此原理所研製的仿生量子化學羅盤的可行性。論文先以量子力學建立生物磁感分子內的自由基對電子的自旋動力學模型，再以Lyapunov穩定定律為基礎，推導出外加人造磁場的量子控制律，用以調控電子的自旋狀態，進而增強自由基對的磁敏感度。其次將此控制方法應用至實驗室內的人造磁感分子C-P-F，使其能夠感測微弱地球磁場的變化。最後透過數值模擬分析，驗證將其運用於化學仿生羅盤的可行性。

This thesis combines the GPS tracking signals of Platalea minor with the 3D geomagnetic model to convert the geomagnetic information into the visual images along the migratory path of Platalea minor. The research employs the bionic technique to reconstruct the visual images of geomagnetism on the retina of Platalea minor in order to expound its magnetoreception navigation ability in the course of migration from Cigu district to the border area between North and South Korea.
After elucidating the underlying principle of magnetoreception, the thesis proceeds to verify the feasibility of a bionic chemical compass according to this principle. To this end, we first establish the spin quantum dynamics for the radical pairs in magnetoreception molecules, and then apply the Lyapunov control theory to derive the desired magnetic field, which, when applied to radical pairs, can increase its sensitivity of magnetoreception. The proposed magnetic control law is successfully applied to a synthesized molecule called C-P-F to increase its ability of sensing weak magnetic field. The simulation results agree with the existing experimental data regarding C-P-F molecule and verify the feasibility of using C-P-F molecule as a bionic chemical compass.

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