Between celestial objects is a vast volume [x,y&z] of empty space but yet it is able to transmit any & all frequencies of magnetic light energy.
In order to allow a magnetic photon transmission all space needs to be magnetised. The nickname for magnetised space is aether and Electronic Engineers are well aware that radio waves here on our planet earth need to vibrate through the aether which is possible because the earth has a magnetic field. Electrical Engineers know that electricity moves at the speed of light and the magnetic energy nicknamed magnoflux can be transmitted through the magnetic core of a transformer as well as inside the spare holes of the outer electron shells of a conductor. Electricity is a low frequency magnetic photon flow inside a conductors aether magnetised spare holes which mimics the aether found in space and can move at the speed of light. So we don’t have to go into space to study the aether; we can do it right here on earth.
See video of electromagnetic induction motor www.youtube.com/watch?v=_jRRG1ESXvQ
ASPECTS OF SOLAR SPACE
The Norfolk island effect showed that sunspots caused radio interference here on planet earth which means the sun and earth are linked magnetically together. Above is a picture of the inner solar system with the suns overall flux marked in beige which is our stars magnetic field which permeates the complete volume of space out to the boundary with surrounding nearby stars. Note the planets individual fluxes do not cross which results in a flat spin axis thus minimising energy losses. NASA must be credited for this extraordinary video clip of a comet hitting the sun.
We should note that the comet did not just disappear and make a crater on the suns surface as classic Newton physics would predict but the comets matter charges must have been annihilated and the whole of the energy transferred to the suns magnetic corona which burst out with flare at the speed of light immediately but the momentum energy was contained inside and only later appears as a CME.
Moons are magnetically locked into their host planets magnetic field resulting in the same side of the moons always facing the planet and provides an automatic feedback to correct the moons velocity and rotational position. It should also be noted that planets like mercury with no moons has no apparent magnetic field also venus and mars have minimal magnetic fields because they have tiny moons.
Not only is the solar space magnetised but it will need to be polarised if the solar wind H+ particles are to be attracted away from the stars surface towards negative matter.
From the above diagram we can envisage there being an electric field between a positively charged sun and negatively charged planetary matter in the z direction. Knowing that we are magnetically linked at right angles in the y direction i.e. from our north pole to the sun south pole and back under to our south pole results in a magnoflux spin effect and causes an induced current to flow in the dawn to dusk x direction across the planet. [see video] “www.youtube.com/watch?v=dllAJzPI0LY”
Thus the planet spin movement is in y direction at right angles to the x and z directions as per Faradays law.
Now think what the solar system looks like electro-magnetically if we magnetise it and polarise it; with the sun a positive emitter and planets of attractive negative matter.
The current and flux [x,y] field is a spinning area of magnoflux commonly known as aether which weighs nothing and is extremely flexible with its normal position at right angles to our sun axis so that sunlight can travel in a direct line to the planet through a sort of magnoflux tunnel of rotating area of magnetic flux current.
ASPECTS OF DEEP SPACE
Outside the solar system the other stars in our galaxy rotate around the super massive black hole which is at the centre of milky way galaxy which is a magnetic hub in SagA* naturally causing it to be a strong radio source. As all stars are positively charged they will repel each other and spin on their magnetic axis into spirals, bar spirals etc. around the magnetic hub at the centre of their galaxy.
When a light wave photon vibration enters into a volume of magnetised space between stars the magnoflux field area re-aligns exactly at right angles to the incoming pulse and transmits the magnetic fluctuation forward by spinning a magnetic dipole which is cut in two as a balanced set of monopoles rotating around the centre swivel point. After transmission the magnetic field will relax and return to its normal position set by the magnetic hub at its galactic centre
So is light like an photon particle YES, as it has the energy equivalence BUT only due to its magnetic spin energy not its mass.
Or is light like a wave movement YES, it rotates like a magnetic Sin wave in the x.y direction BUT also moves in the z direction if a DC voltage attracts the magnetic photon energy forward.
So God said “let there be light” , magnetised the universe and low and behold we can see star light from other galaxies as well as our own milky way.
APPENDIX OF PHOTON EQUIVALENTS
A typical way to produce high frequency electromagnetic vibrational energy here, on planet earth is a magnetron which has a vacuum cavity inside and volts, amps and flux all at right angles to each other. Note: there is only one exit down the anode wave guide forming the magnoflux energy which makes it directional spinning magnetic light.
But any magnoflux energy photon can hit and be absorbed into a matter molecule
This diagram illustrates that a directional photon can be absorbed into an electron shell by turning inside out into a double pyramid shaped volume of magnetic energy.
NOTE Over excited matter or antimatter can form light by high temperature explosions inside the magnetic electron shell enclosure but this is not directional electromagnetic light but a multi-directional blast or pulse of magnetic photon energy.
Below we show Feynman quantum multi-directional light using planetary electron charges; as opposed to true electromagnetic directional light. Both can vibrate through the magnetised aether of space.