Fig. 1 Small sphere magnets clamped together - matter would shrink under quantum magnetic attraction into a singularity with no volume, if there were no fermionic repulsion. In other words elementary matter particles are magnetic spinning tops or vortices.

Dear All,

Two bar macro magnets with anti parallel polarity will join side by side and physically attach to each other. However in the case of the quantum electrons these are magnet gyros.

Their angular momentum (physical spin or charge) hinders most of the time two electrons to magnetically attach even when at antiparralel magnetic moment. This is the fermionic natural repulsion property necessary for matter to occupy space and have volume.

Without this physical spin angular momentum all matter and thus also electrons would crash and clams together into a singularity. The natural state of immovable static non-spinning quantum matter is to attract due to magnetism.

See at the figure of small stationary ball macro magnets. Two magnets close, left free, will always reorient themselves in space and attach to each other.

Therefore physical spin is necessary to overcome magnetic attraction. It can not be any other way. Science today not believing that electrons do physically spin on their axis was a mistake. I can show that this is done in relativistic speeds.

Our QFM theory and model requests this physical spin, thus electrons are magnetic dipoles consisting of two counter spin polar energy vortices we call Quantum Field of Magnetism (QFM) and besides its vortices the whole field in unicen is physically spinning on its magnetization axis. This combined motion and angular momentum is essential for the electron to maintain its spherical geometry field else it would break apart.

This spinning-vortexing magnetic flux energy is what we call today electric charge and wrongly describe as monopole.

Electric charge in reality is nothing more than physically spinning magnetic dipole flux and thus magnetism in motion. So in QFM theory electricity is a side effect of magnetism and not the other way around as generally believed. The intrinsic magnetic dipole spin of an electron is the proof for that.

As for gravity, in short, is the equilibrium and macroscopic net effect at any given time and space between the physical magnetic attraction of quantum matter and its fermionic repulsion.

In other words quantum matter attracts each other magnetically and at the same time repulses each other fermioncally (electrically). The equilibrium of these two actions macroscopic effect we call gravity.

I think this is worth considering...think about it? Could not gravity be just another quantum decoherence macroscopic effect of these two major quantum forces interaction? After all quantum gravity between two elementary particles has never been experienced or measured in an experiment, just a theoretical assumption.

If quantum gravity between say two electrons was ever to be measured that would automatically destroy quantum mechanics standard model since it forbids further division of matter beyond the elementary particles.

Think about it... is gravity a quantum decoherence, quantum integration effect at the macroscopic level?

...and Higgs mechanism has nothing to do with this discussion, Higgs allows elementary wave-particles to have apparent mass not real mass and thus not gravity.

Emmanouil

copyright©Emmanouil Markoulakis TEI OF Crete 2019

Preprint Quantum Field of Magnetism Theory (QFM) And Experimental Evi...

More Emmanouil Markoulakis's questions See All
Similar questions and discussions