Well, since I really can't answer all of the questions, I must revert back to the theory at hand. In stellar metamorphosis all stars cool and shrink becoming what are mis-labeled "planets/exo-planets". In GTSM the plasma of a star will recombine into gas, after initial formation (z-pinch/supernova). This process of recombination releases heat this is why the Sun is so hot. Stars are large scale structures that dissipate the energy of galaxy formation. The charge separation that allows a star to keep its structure and extreme volume will not stick around forever so it will start recombination. This recombination will cause the Sun to dim from dissipative loss (charge neutralization/gravitation) and it will shrink as the shell contracts turning orange, (orange stars) then deep orange, then red (red dwarfs), then start browning (brown dwarf). While this recombination is happening the charge will neutralize with other elements and create what are called "molecules". (I don't know if you caught that, but gravitation directly proportional to the amount of the rate of change in charge neutralization, thus ionized fluids (clouds, plasma) will defy gravitation, and the more ionized a fluid is, the more gravitation it will exhibit. Thus leading to the giant mass discrepancies that lead to inconsistent dark matter theories.

Again, we must remember that the stars (Earth, Venus, Moon, Mercury, Jupiter, Saturn, Neptune, Uranus, Mars, etc.) did not always revolve around the Sun.*¹¹¹⁷⁸ They were larger than the Sun in their early lives, they were completely ionized plasmas, not solids,liquids and gases that we are familiar with. In GTSM the Sun adopted them later along their lives when they were much older. Plus in GTSM they are all vastly different in age. So the question why do Mercury and Mars do not have atmospheres would be like asking why does grandpa have grey hair and young men like myself do not? It is because they are older. They have been wandering the galaxy for eons, much longer than Venus has been around. They are dead stars vastly older than Venus. Venus on the other hand is older than the Earth. This is easy to figure out because it's magnetic field is almost gone. The absence of magnetic field means it is dead for the purposes of GTSM. Stars that have active magnetic fields are alive and well, not in organic terms, but in their ability to sustain life.

We must remember for the purposes of GTSM these simple concepts that will not go well with establishment or educational belief systems:

1. Stars are planets.

2. The stars in our system are all vastly different in age, they are NOT the same age. If they were the same age then why do they look so different? This common sense has eluded the establishment and their censors. The establishment wants people to believe the Sun is older than the Earth. Strange. It is young and hot! A woman in her 20's is much hotter and younger than a woman in her 80's! Earth is an old woman! The Sun is a baby! It is hot and young! The establishment wants people to believe the Sun has been like that since before Earth had mountains and rocks! Common sense is absent in the establishment! Do rocks LOOK older than a giant ball of white hot plasma?

3. Plasma stars are very, very young and hot.

4. Gas stars are middle aged.

5. Liquid stars are old.

6. Completely solid stars with no magnetic field are dead.

7. All the stars in our system thus came from somewhere else in the galaxy. They were also host stars for solar systems themselves when they were much younger, brighter, bigger and mostly ionized.

8. The Earth didn't always have the Sun. Earth orbited other stars earlier in its life when it was a younger star. When it changed those orbits between other host stars earlier in its past there were extinctions, (this of course was after the red dwarf/brown dwarf stages Earth was still too hot on its interior). Most surface life, including insects were wiped out. Only an orbit change between newer and newer stars can do this, AND cause the Earth to run into meteorites along the way, AND cause extreme ionization of the atmosphere for certain periods of time, AND cause the entire surface to freeze over between orbit changes. The big Velikovsky man had a point, but the orbit changes happen over many millions of years, NOT within human history.

9. The Earth will change orbit again. The Sun will cool and shrink losing it's ionization (charge recombination). It will become a red dwarf and then eventually resemble Jupiter. Earth's angular momentum will fling it out of orbit with the Sun and we will find another host star to orbit that can capture us. The other stars too will fling out of orbit with the Sun. Maybe not Mercury though, Mercury and Venus will probably stay around the Sun when its a brown dwarf like Jupiter did with Ganymede, Callisto etc.

10. This is frightening to establishment. Please use caution when reading this. I do not mean to offend.

-Jeffrey Wolynski