Path Integral Quantization of Non-Natural Lagrangian

Ola A. Jarab’ah
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Abstract

Path integral technique is discussed using Hamilton Jacobi method. The Hamilton Jacobi function of non-natural Lagrangian is obtained using separation of variables method. This function makes an important role in path integral quantization. The path integral is obtained as integration over the canonical phase space coordinates, which contains the generalized coordinate q and the generalized momentum p. One illustrative example is considered to explain the application of our formalism.
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非自然拉格朗日量的路径积分量化
利用Hamilton Jacobi方法讨论了路径积分技术。利用分离变量法得到了非自然拉格朗日的Hamilton Jacobi函数。该函数在路径积分量化中起着重要的作用。路径积分是在正则相空间坐标上的积分,其中包含广义坐标q和广义动量p。我们考虑了一个例子来解释我们的形式的应用。
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