本文改良以小貓自泵相位共軛鏡應用於數位光學相位共軛器並利用其來放大原始物光之能量並同步紀錄與還原物光，並嘗試進行即時記錄還原物光，利用還原物光進行掃描，多工還原物光與計算出額外的還原相位；藉由本架構共軛物光能量放大與記錄還原同步之特性，對於生醫領域之光學相關應用上將會有正面效應。

In this thesis, we improve the digital optical phase conjugation ( DOPC ) based on Kitty self-pumped phase conjugate mirror ( Kitty-SPPCM ) to enlarge the power of the object light and synchronize the reconstruction light with the record of object light. Then we try to design an in-time DOPC, use the reconstructed object light to scan, reconstruct different time’s object light, and compute the other reconstruction phase distribution. The enlarged power of the object light and the reconstruction which synchronizes with the record by our DOPC, will improve the optics-related applications of biomedical field.

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