Wide ranging magnetism

There is a huge group separation between the atomics and gravity. Anywhere in that range, Nulls are free game, and magnetic field alignment is not forming over those ranges. So in the atom, magnetism quants at the usual impedance, in the sun magnetism has a wavelength the radios of the Sun.  When the free spinning charge in the center of the Sun approaches stability, the magnet field get very aligned, the gravitation and magnetic field have huge positive phase alignment, sun wants to split apart.  It will not, insted a gravitational/magnetic wave coupling emits most of the magnetic field up and away, where is likely stabilizes around gravitrons, gravity trapped Nulls of tiny size, just outside the inner planets. The charge spin becomes chaotic, the magnetic field collapses.  This is ther Sun delivering alignment information to the gravity, the normal process.

Gravity is likely a double half wave, Nulls at the inner planet and fewer nulls beyond the gas giants.  The positive half loops nearly vertical, and there is a hyberbolic function for that. We hardly notice, but incoming light would be polarized, twice.

That low order for magnetic/ electron interaction was not always there, especially before Hydrogen.  Nor, really was gravity.   After the origination, the subatomics were partialy encoded, and magnetism beat gravity to the punch, we were a magnetron star.  A very strong magnetron standing wave, somewhere just inside the inner planets.and the magnetic fusion did some tricks, gravity blocked. The sudden compaction of the atom, and an explosion, and magnetron never returned.

Most scientists think that the Sun (along with the rest of the solar system) is about 4.6 billion years old, which means it would have exhausted approximately half its 'life'.

And we think the Big Bang was 13 billion years ago. Under the super nova plan, there was an intermediate atomic creation nearby, or else heavy metal travelled 4 billion light years. Or SpaceTime is faster than Nyquist, where it sort of broke symmetry. You tell me.