CONCLUSION

Many propositions that could become new principles in Physics are presented in this text. They complete a new theory about light, the elementary particles and the basic fields and forces of nature.

The theory is successful in explaining all the following Physics subjects:

_ The “wave-like” behavior of the photons, electrons, protons and neutrons basic particles.

_   The De Broglie formula although corrected and with a new physical meaning.

_   The E = mc² formula with a different physical meaning.

_   Feynman’s double slit experiment.

_  The quantum phenomena of pair’s annihilation/creation, photons’ absorption and emission effects and the quantization of energy levels in atoms.

_   The “strong magnet” and Kaufmann electron’s electrodynamics

experiments.

_   Why the magnetic force between magnets can be a function of exponent four in the distance.

_   The origin of the diamagnetic/paramagnetic behavior of magnetic materials.

_   The stable “spin” of the basic particles.

_   The chemical bonds of shared electrons between atoms in a molecule are well justified by the fixed positions of electrons in the atoms.

_   Michelson-Morley experiment.

_   Doppler and Transversal-Doppler effects.

_   Fizeau experiment.

_   Sagnac effect.

_   Light curvature.

_   Binary stars images.

_   "Time dilation" phenomena.

_   "Quantum Tunneling" phenomenon.

_   “Subatomic” experimentally detected particles.

A list of some further developments that would be needed by the new theory is presented in the “Further Developments” section.