Spin Dependent Selection Rules for Photonic Transitions in Hydrogen-Like Atoms | Zendy

Ziya Saglam | Zendy; M. Sağlam | Zendy

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Spin Dependent Selection Rules for Photonic Transitions in Hydrogen-Like Atoms

Author(s) -

Ziya Saglam,

M. Sağlam

Publication year - 2011

Publication title -

journal of modern physics

Language(s) - English

Resource type - Journals

eISSN - 2153-120X

pISSN - 2153-1196

DOI - 10.4236/jmp.2011.28092

Subject(s) - hydrogen atom , selection (genetic algorithm) , photonics , hydrogen , spin (aerodynamics) , dirac (video compression format) , caesium , atomic physics , atom (system on chip) , dirac equation , physics , condensed matter physics , chemical physics , materials science , quantum mechanics , thermodynamics , group (periodic table) , artificial intelligence , computer science , nuclear physics , neutrino , embedded system

Spin dependent selection rules for photonic transitions in hydrogen-like atoms is derived by using the solution of Dirac equation for hydrogen-like atoms. It is shown that photonic transitions occur when [ Δj=0,±1,±2, while Δm_j=0,±1,±2 ]. By applying the spin dependent selection rules, we can explain the observed (6s→7s) transition in Cesium (Cs) atom

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