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We assume a triple geometric structure for the electromagnetic nuclearinteraction. This nuclear electromagnetism is used to calculate the bindingenergies of the alpha particle and the A=3 isobar nuclides. The approximationfor the resultant wave equation which lead to the deuteron binding energy fromthe modified Mathieu equation for the radial eigenvalue equation alsoestablishes proton-electron-proton magnetic bonds in these nuclides anddetermines their binding energies. Completely theoretical calculations give28.5 Mev., 7.64 Mev. and 8.42 Mev. for the binding energies of the alphaparticle, the helium 3 isotope and tritium respectively. These values admitcorrection factors due to the approximations made.

Binding Energies of the Alpha Particle and the A=3 Isobars from a Theoretical Geometric Model