The Photon

Standard models of the photon typically describe it as a vibrating quantum, roughly the size of a neutrino.

The photon is believed to carry energy, the electric force, and the magnetic force, which is quite a lot for something as small and featureless as a quantum.

However, in the Velcro model, things are different. The electric force is carried by the neutrino, not the photon. The photon is also quite a lot bigger than the neutrino.

The photon is composed of six charged quanta. That is twice as many quanta as the electron. However, despite of this, the photon is much smaller than the electron.

What standard models and the Velcro model of the photon have in common is that the photon carries both energy and the magnetic force. The models also agree on the fact that the photon has no mass (inertia).

Photons are known from experience to have no inertia. This is almost certainly the reason many have come to believe them to be as small as neutrinos. However, inertia is merely a resistance to change in energy. It is not a property of Morton Spears' three basic quanta, nor is it a property of the photon. It is a function of size, not structure. The photon is small enough to have no inertia.

The photon consists of exactly three negative quanta and three positive quanta, and they are such arranged that they form together two counter rotating orbs.

A positive quantum and a negative quantum form a central node, around which two negative quanta spin in one direction, and two positive quanta spin at the exact same rate in the opposite direction.

The way to imagine the Velcro photon is as two orbs, one full of hoops and one full of hooks. Connected at their poles, the orbs spin around in opposite direction.

Six charged quanta combining to form one photon.

The way all of this can be known to us is through two well known physical phenomena. One is the production of electron-positron pairs from high energy photons. The other is the well documented relationship between magnetism and electric flow.

Since the Velcro model treats Morton Spears' quanta as indestructible units that can neither be created nor destroyed, the mysterious appearance of electron-positron pairs at the exact moment that high energy photons vanish into nothing can only be interpreted one way. The photons themselves carry the quanta making up the electron and positron that they produce. What is seen is not the miraculous transformation of energy into matter, but the explosion of a photon into two bits of inertial matter, one electron and one positron, due to a sudden increase in energy that the photon failed to absorb.

As for the two orbs spinning in opposite direction to each other, this is derived from the fact that negative charge and positive charge bend off in opposite direction when moving through a magnetic field. For this to be explained through spin of photons, there has to be two separate orbs involved, one sending positively charged ions one way and another sending negatively charged ions the other way.

Both electron-positron pair production and various magnetic effects will be discussed in more detail later.

A final thing that should be noted about the Velcro model is that the photon does not vibrate. There is no wavelength associated with the Velcro photon.

This may sound strange, since there is a wealth of functions in which the wavelength of photons appear. However, the wavelength that appear in these formulas are not really wavelengths at all, but a measure of relative size.

The way photons store energy is by increasing their size. For reasons that will be explained later, relative size has been wrongly interpreted as relative wavelength. The functions using wavelengths work, not because they properly identify the true nature of things, but because they happen to reflect correctly on relative energy of photons.