Two Particles

 

 

Two particles leave a large sun at a fraction under 186,000 mps.

Those two particles are one nanometer apart.

 

They are headed to the earth.

 

As they travel to the earth, on the right several million light years away they encounter a large start with an major gravity well.

The particle on the right is pulled one nanometer farther to the right than the particle on the left.

 

The gap between them widens beyond a nanometer. They are both pulled gravity and electro magnetics wave to the right, but are still relatively on course.

 

Several million light years later they pass a slightly stronger star to the left with roughly the same time of gravely well as to star on the right.

But by now the gap between then is several dozen nanometers, and increasing.

The left star pulls with its gravity well and of course its electro magnetics waves more on the particle on the left more than the right. But this time is different, since they are much farther apart, instead of being affected one nanometer less, the particle on the right is affected several dozen if not more nanometers of less gravity and electro magnetics wave affect.

The particle on the left is pulled stronger than the particle on the right.

The particle on the right begins to even out its trajectory back to being at least a bit straight, but not as much as the particle on the left.

The particle on the left is pulled harder and stronger to the left.

Instead of being pulled hard to the right, the particle on the left is pulled hard to the left.

Close to instantly increasing the distance from a few dozen nanometers, to a larger gap.

Also the boomerang effect of centripical force increases the speed of the particle on the left while the particle on the rights speed was increased by the sun on the right. they are semi-close to even in speed, although the particle on the left is now traveling slightly faster gross speed because of proximity to the particle on the right.

The particle on the right is less affected but its speed is also increased, but not by as much as the particle on the left.

The Gap between them continues to widen.

 

As they approach Earth, they could be cms if not meters apart. Possible even miles apart. but stilltraveling at just under the speed of light.

 

They were slowed down by this solar systems gravity well and the gravity of Jupiter not allowing most itngs in this solar system to maintain a faster than 186,000 miles per second speed. Both wells pull on the particles to force them to spin and be pulled in odd ways which slows their speed down.

 

 

 

 

 

 

 

 

 

 

TR Welling