Canonical Quantization for Fractional Schrödinger Lagrangian Density in Caputo Definition

Abstract

The fractional form of the Schrödinger Lagrangian density is presented using the Caputo's fractional derivative. Agrawal procedure is employed to obtain time dependent and time independent Schrödinger equations in Caputo's fractional form. The Hamiltonian density resulting from the Schrödinger Lagrangian density is obtained in fractional form. Then, we used Dirac algebraic method to quantize the Schrödinger Lagrangian density by determining the fractional creation and annihilation operators and constructing the fractional Canonical Commutation Relations (CCRs).
Keywords: Fractional Schrödinger Lagrangian density; Fractional Canonical Quantization; Fractional time dependent Schrödinger equation; Fractional Caputo's Definition.