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20082014
most citedThe two-dimensional hydrogen atom in The momentum representation

3 citations · 12 across the 12 of their papers we have counts for

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math-ph2013

Applications of generating function method to the symmetry and the Kronecker products of SU(n) representations

Mehdi Hage-Hassan

Using the generating function of SU(n) we find the conjugate state of SU(n) basis and we find in terms of Gel'fand basis of SU(3(n-1)) the representation of the invariants of the K…

math-ph2012

Generating function method and its applications to Quantum, Nuclear and the Classical Groups

Mehdi Hage-Hassan

The generating function method that we had developing has various applications in physics and not only interress undergraduate students but also physicists. We solve simply difficu…

math-ph2011★ 1 cited

The "boson polynomials" of Gel'fand basis and the analytic expression of Wigner's coefficients with multiplicity for the canonical basis of unitary groups

Mehdi Hage-Hassan

In this paper we present the generating function method for the derivation of bosons polynomials of Gel'fand basis and Wigner coefficients for the canonical basis of SU(n). We find…

math-ph2010

On Fock-Bargmann space, Dirac delta function, Feynman propagator, angular momentum and SU(3) multiplicity free

Mehdi Hage-Hassan

The Dirac delta function and the Feynman propagator of the harmonic oscillator are found by a simple calculation using Fock Bargmann space and the generating function of the harmon…

math-ph2009★ 1 cited

Generalization of Cramer's rule and its application to the projection of Hartree-Fock wave function

Mehdi Hage-Hassan

We generalize the Cramer's rule of linear algebra. We apply it to calculate the spectra of nucleus by applying Hill-Wheeler projection operator to Hartree-Fock wave function, and t…

math-ph2009★ 2 cited

On the N-dimensional hydrogen atom in momentum representation

Mehdi Hage-Hassan

We derive the wave function for N-dimensional hydrogen atom in the momentum representation with the phase factor using the generating function method and Hankel's integral.