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On the Heisenberg-Pauli-Weyl Inequality

机译:关于Heisenberg-Pauli-Weyl不等式

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In 1927, W. Heisenberg demonstrated the impossibility of specifying simultaneously the position and the momentum of an electron within an atom.The following result named, Heisenberg inequality, is not actually due to Heisenberg. In 1928, according to H. Weyl this result is due to W. Pauli.The said inequality states, as follows: Assume that is a complex valued function of a random real variable such that . Then the product of the second moment of the random real for and the second moment of the random real for is at least , where is the Fourier transform of , such that and , and . In this paper we generalize the afore-mentioned result to the higher moments for functions and establish the Heisenberg-Pauli-Weyl inequality.
机译:1927年,海森伯格(W. Heisenberg)证明了不可能同时指定原子中电子的位置和动量。以下称为海森伯格不等式的结果实际上并非归因于海森堡。 1928年,根据韦尔(H. Weyl)的说法,该结果归因于鲍里(W. Pauli)。上述不等式如下:假定这是随机实变量的复值函数,使得。则随机实数的第二矩和随机实数的第二矩的乘积至少为,的和的傅立叶变换在哪里。在本文中,我们将上述结果推广到函数的更高阶矩,并建立了海森堡-保利-魏尔不等式。

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