The next step in my quest for answers was following a gravity particle to the sun. I started looking at everything that came from the sun and that led to the following question. What powers the sun?

Under the commonly held beliefs that the sun is powered by E=MC Squared. That means the energy coming out is equal to the mass of the used up part of the sun times the speed of light squared. There is no doubt when we explode a uranium bomb or a hydrogen bomb that a lot of energy comes out. The amount of energy is related to the mass of the bomb material. When the bomb explodes E gets bigger and M gets smaller or after the explosion there is more energy and there is less mass. 

If the sun's energy is coming from E=MC2 then it's mass is getting smaller every day. That's simple math. Under the commonly believed gravity theory, the pull of the gravity is related to the total mass of the sun. By simple math then, the gravitational pull of the sun should be decreasing. What would be the effect of a lower gravitational pull from the sun? The size of orbits of all the planets going around the sun would be increasing. When the size of an orbit increases, the length of the year of that planet increases. Are our years getting any longer? To my knowledge they are not. What's my conclusion? The mass of the sun is not getting smaller and the energy is not coming from E=MC squared. 

So, what could be powering the sun? I tend to favor the conservation laws. When you favor the conservation laws, you must have the same amount of energy going in as you have coming out. There is a massive amount of energy coming from the sun. To counter that, there must be a massive amount of energy going to the sun. What's the energy going to the sun? First of all it's something we can't see. Second, it has to be something that can be detected. If I throw a ball out in space around the sun, what will happen? The ball will move towards the sun. The ball will continue to move faster and faster until it hits the sun. What causes the ball to move towards the sun has been called gravity. My theory on gravity is that gravity is a particle and it pushes. Gravity forms long lines or streams and push everything they come in contact with. The gravity particles go to mass, so they go to the sun. I have more information on this under the thread "Gravity is a particle that pushes". I believe that gravity is the massive amount of energy going into the sun that counters the massive amount of energy that comes out. Let me put it another way, the same number of particles go to the sun as come from the sun. 

For simplicity, to understand this concept, let's deal with just 1 type of particle coming from the sun. Let's deal with light. I agree with Newton, that light is a particle. Einstein called it a photon. Many scientist believe light is a wave length. I need to stay out of the light argument on this subject. Light is something that is coming from the sun. Let's just call it a photon for now. To get back on track, a massive amount of gravity goes to the sun and a massive amount of photons are coming from the sun. Particle in, particle out, it's total conservation. We have one big problem, how does the gravity particles become, or change to, light particles? The particle simply changes it's "State". The gravity particle goes to an atom, continues through the atom, then the gravity particle changes it's state to something other than gravity. In this example the gravity changes it's state to the light particle photon state. I have all this in greater detail in the book.

I named the generic particle a "Tadtron". This is how I see it working. A tadtron in the gravity state goes to the sun as part of a stream of particles. The tadtron changes its state to light. The light particles or photons travel out to Pluto. The light tadtron hits Pluto and changes it's state to "find the end of a gravity stream" state. The tadtron then finds the end of a stream of gravity particle, changes it's state to gravity and goes back to the sun to continue this recycle process. 

When I started writing this my wife gave me a good example of this recycle process. Think of the ocean as the sun. It has to follow the conservation laws. Large amounts of water evaporate from the ocean. This is water in the gas state also known as steam. Think of the steam as the light coming from the sun. Something has to replace the steam or else the oceans will run dry. What goes to the oceans? Rivers and streams do. If you have a crystal clear river you can't see the current, but if you throw a ball in the river it will start to move in the direction of the ocean. The water in the river is in the liquid state. Think of the river as the streams of gravity going to the sun. Let's follow a molecule of water. The molecule is in the river in the liquid state. It is traveling to the ocean. It bumps into a ball and pushes it the direction it is going. The water molecule gets to the ocean and changes to the gas state or steam. The water molecule leaves the ocean and travel out into the atmosphere. Our molecule travels for many miles until it changes its state to a solid also known as ice. Our water molecule is now a solid and is part of a snow flake. Think of this as the gravity particle looking for the end of a gravity stream. Our snow flake falls to the earth. It sits for a while and then it melts and becomes a liquid again. The water molecule is now in another stream going to the ocean. 

I see this same recycle process working through out the universe.