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Exact Solution of the Curved Dirac Equation in Polar Coordinates: Master Function Approach

机译:极坐标中弯曲狄拉克方程的精确解:主函数法

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We show that the (2+1) curved Dirac equation in polar coordinates can be transformed into Schrodinger-like differential equation for upper spinor component. We compare this equation with the Schrodinger equation derived from shape invariance property of second order differential equations of mathematical physics. This formalism enables us to determine the electrostatic potential and relativistic energy in terms of master function and corresponding weight function. We also obtain the spinor wave function in terms of orthogonal polynomials.
机译:我们表明,极坐标中的(2 + 1)弯曲Dirac方程可以转化为上旋子分量的类似于Schrodinger的微分方程。我们将该方程与从数学物理二阶微分方程的形状不变性导出的薛定inger方程进行比较。这种形式主义使我们能够根据主函数和相应的权重函数确定静电势和相对论能量。我们还根据正交多项式获得了自旋波函数。

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