Ground state energies of exotic three-body atomic systems consisting two muons and a
positively charged nucleus like: 1 H+ μ− μ−, 4 He 2+ μ− μ−, 3 He 2+ μ− μ−, 7 Li 3+ μ− μ−, 6 …

The theoretical procedure of supersymmetric quantum mechanics (SQM) is adopted for the
first time to study quasi-bound states of a weakly bound nuclear system using microscopic …

We propose a novel mathematical approach for the calculation of near-zero energy states by
solving potentials which are isospectral with the original one. For any potential, families of …

Ground state energies of atomic three-body systems like negatively charged hydrogen,
normal helium, positively charged-lithium, beryllium, carbon, oxygen, neon and negatively …

Calculation of the low-lying resonance state of 15 C is performed using a two-body model
(14 C+ n) with the application of Supersymmetric Quantum Mechanics (SSQM). The effective …

We have used a novel theoretical technique to calculate the resonance state of 11 Be using
a two-body model (10 Be+ n). The effective two-body potential for the system has a shallow …

The energies of the low-lying bound S-states of some two-electron systems (treating them as
three-body systems) like negatively charged hydrogen, neutral helium, positively charged …

In this paper, hyperspherical three-body model formalism has been applied for the
calculation of energies of the low-lying bound 3 S-states of neutral helium and helium like …