本文采用基於光學柯爾效應的弱測量系統來研究弱值放大現象，並從理論上確認此現象與不確定性原理之間的關係。 另外，我們根據弱值放大的失效定義了一個建立弱測量的臨界條件。 最後，我們提供一個物理圖像來說明弱值放大和不定性原理的關係。

In this thesis, we use the weak measurement system based on the optical Kerr effect to study the weak value amplification (WWA) phenomenon, which theoretically confirms the relationship between WWA and the uncertainty principle. In addition, we determine the critical conditions for establishing weak measurements based on the failure of WWA. Finally, we provide a physical picture to illustrate the relationship between WWA and the uncertainty principle.

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