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my title for my theory on black holes

A permanent, electro magnetic, thermal conductive, nuclear driven, static electrical, gravitational magnetic filed, x ray, generator . a black hole that dose not conflict with physics

[link to www.youtube.com]
In this link it shows an electricity driven motor that operates a little bit differently than the average motor. There are magnets with a conductor on the outside of them rolling around another magnet in the center with a conductor on the outside surface. When electricity is applied, the outer magnets engage and start rolling. The conductor turns into an electro magnet and applies the force of a magnetic field [the direction is determined by witch way the electricity is flowing threw the motor +-or -+]. The field is making the outer objects attract to the inner object. Now lets say that the connecting surface in between the inner and outer objects has 10, 20, 100 or even 100,000,000,000,000 foot pounds of pressure in between, from the permanent magnet and the electro magnetic force applied.

An atom like a hydrogen atom has an exact pressure in which it will split and go nuclear. If the pressure in between
the two connecting surfaces reaches or exceeds this pressure the rollers will start smashing atoms .

Now the thermal conductive part. Lets take a stack of cd's
and write the mass, weight, density, conductivity, magnetically and any other properties that an element has.
Take the most magnetic, conductive, densest element and put it in the center , now on top and bottom of this first element put the rest of the elements going in both directions in order to their placement in density, mass, magnetically and conductivity. There will be non-conductive elements in between conductive elements. Once you got your stack of cd's in order, cut a bearing race on the outer surface and put the proper size ball for the race . So we have a mental picture or a model. The center cd will be the [+]electrical input to the motor and the top and bottom of the stack of cd's in the center is [-] electrical output. two [-] and one [+] .

So you take this model and apply the force of the magnetic, and electromagnetic force and the properties of the thermal conductive and static electrical conductivity.
When the outer magnets roll around the center magnet with enough applied force it will start smashing atoms, the out come of this is a huge burst of heat, emp, electricity and more which is fuel for the motor.

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A planet forms , a moon forms around a planet. [after big bang]
The planet slows down enough to let the moon pull in and attract to the planet and not be thrown out further in orbit

The motor will work off of mostly gravity at first and a small electrical magnetic assistance .

As it forms an outer ring of material around the motor in orbit [like Saturn's rings] the static electric charge starts and gets stronger.[movement of particles makes static electricity]

So this gos on for quit some time as the magnetic attraction starts to get stronger form in between the two masses .[the electro magnetic filed starts magnetizing the iron and other elements]

It starts the first stage of compacting the masses, the outer mass[roller] will be denser than the inner mass , because it makes more contact than the race does like a bearing.

Now this will go on for a wile until it reaches its first collapse in on it self [the braking point for elements at different pressure] right at the collapse it exhaust a huge amount of energy and it speeds up. [this will happen at various stages of the motor ,every time the motor collapses it gets stronger having more mass per square inch.

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Earth mass (M⊕ is the unit of mass equal to one Earth. 1 M⊕ = 5.9736 × 1024 kg. Earth mass is used to describe masses of the rocky planets.

One Earth mass can be converted to related units:
81.3 Lunar mass (ML)
0.003 15 Jupiter mass (MJ)
0.000 003 003 Solar mass (M⊙
Inertial mass is the mass of an object measured by its resistance to acceleration.
where f is the force acting on the body and v is its velocity. For the moment, we will put aside the question of what "force acting on the body" actually means.

Now, suppose that the mass of the body in question is a constant.
known as the conservation of mass, and (ii) matter can never be created or destroyed, only split up or recombined. When the mass of a body is constant, Newton's second law becomes

where a denotes the acceleration of the body.

This equation illustrates how mass relates to the inertia of a body. Consider two objects with different masses. If we apply an identical force to each, the object with a bigger mass will experience a smaller acceleration, and the object with a smaller mass will experience a bigger acceleration. We might say that the larger mass exerts a greater "resistance" to changing its state of motion in response to the force.
However, this notion of applying "identical" forces to different objects brings us back to the fact that we have not really defined what a force is. We can sidestep this difficulty with the help of Newton's third law, which states that if one object exerts a force on a second object, it will experience an equal and opposite force. To be precise, suppose we have two objects A and B, with constant inertial masses mA and mB. We isolate the two objects from all other physical influences, so that the only forces present are the force exerted on A by B, which we denote fAB, and the force exerted on B by A, which we denote fBA. As we have seen, Newton's second law states that
where aA and aB are the accelerations of A and B respectively. Suppose that these accelerations are non-zero, so that the forces between the two objects are non-zero. This occurs, for example, if the two objects are in the process of colliding with one another. Newton's third law then states that