Magnetic moment of the proton
Gustavo R. Gonzalez-Martin, Ignacio J. Taboada, Javier G. Gonzalez
Abstract
The magnetic moment of the proton is calculated using a geometric unified theory. The geometry determines a generalized Pauli equation showing anomalous terms due to the triplet proton structure. The theoretical result gives a bare anomalous Lande gyromagnetic g-factor close to the experimental value. The necessary radiative corrections should be included in the actual theoretical dressed value. The first order correction raises the value to 2(2.7796). Similarly we obtain for the neutron gyromagnetic g-factor the value 2(1.9267).
Create a lesson
Related papers
Deriving Schwarzschild and Kerr from the Einstein Equivalence Principle
G. Alencar
Binary Classifier Wire-Resistance Attack on KLJN: Bayes-Optimal Limit at a Narrow Resistor Gap
Mehmet Yildirim, Fahrettin Ay, Laszlo B. Kish
On the notion of kinetic energy in a spacetime of maximal proper acceleration
Ricardo Gallego Torromé
Is MOND an effect of cosmic frame-dragging à la Mach?
Manuel Uruena Palomo
Partially Thermalized eV-Scale Sterile Neutrinos in Dynamical Dark Energy and Non-Flat Cosmologies
Gopal Kashyap, Kanhaiya Lal Pandey
Metric Variation of the Energy-Momentum Tensor of a Perfect Fluid and Its Applications to Cosmology and Neutron Stars
Pham Van Ky