Nuclear and Atomic Physics

    

Modeling the nS1/2 Lamb Shifts in Atomic Hydrogen as Magnetic Monopole Phenomena

Authors: Hans Peter Good

Relativistic quantum mechanics fails to provide an explanation for the Lamb shift. It is proposed that a point-like magnetic monopole associated with the proton interacts with the magnetic dipole moment of the electron, causing Zeeman energy shifts of the nS1/2 levels. If the 1S1/2—2S1/2 transition in atomic hydrogen, defined as the 15-digit frequency 2466061413.18701 MHz, is taken as a reference, the model predicts 2922743278.66971 MHz for the 1S1/2—3S1/2 transition, and 770649350.46333 MHz for the 2S1/2—8S1/2 interval without the application of the constants me, h, or c defined by CODATA.

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[v1] 2025-07-08 09:46:29
[v2] 2025-11-24 08:20:10

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