The Trouble with Black Holes

The idea that any thing can produce a gravity field so strong that not even light can escape is not possible within the Photon Theory that we are investigating here. Since, according to Photon Theory, all things are comprised only of changes in the field strength of electric and magnetic fields, there must always be this change. Without it, nothing exists. So, if not Black Holes, what are these super-massive things we see in the center of all galaxies?

Although the existence of a Black Hole is fatal to Photon Theory, there is no evidence outside of Einstein's equations that suggest that they are real. We can describe a consistent model of a galactic center that is not contrary to Photon Theory. The model can be modified to fit observations, it need not be all that is real. As long as the model can be modified to fit observations without the idea of a Black Hole it must remain viable.

Think a minute and build yourself a model of a thing thousands of times more massive than anything we see around us. Place that model in our photonic universe and see how it develops. If you like you can use one of the gravity models that have bodies orbiting each other. Just make one of the bodies thousands of times more massive than the others. Then back away and let the model develop.

The bodies in our model are realistic in that they are not completely rigid, as no real thing can ever be. They are then subject to gravitational stresses as they orbit the more massive body. These stresses cause them to slow and eventually come in contact with the more massive body. Finally, everything ends up in just one lump in the middle.

Back into the real world now, we see galaxies where all matter within them orbits around and moves inward toward something very massive at the center of the galaxy. We know that nature tends to keep itself in balance and in so doing, must provide a method for the escape of mass building up at the center of these galaxies. We know this because we see that galaxies are not infinitely massive.

Radiating out from the center of most galaxies at a right angle from its plane of rotation, we see jets of ionic matter and gamma rays. We know right away that some unknown amount of the mass building up at galactic centers is radiated away in this manner. We also know that the super massive objects at the center of galaxies receive a mass input from orbiting objects falling into them. We do not know how much is this mass input. It might be the same as that lost to the jets radiating out from the galactic centers.

So here we replace the concept of a non PTE compatible Black Hole with a very massive ionic plasma-like object spinning very fast. The spinning ionic matter provides the propelling force for the ionic jets radiating out. The trouble with Black Holes is that they are not really necessary to explain the things we see in nature. It is just an old concept that gets in the way of understanding how nature really works.