Out of all of our trips into outer space, the trips that we benefit from are the ones that we send probes to far out planets and asteroids. The trips when we keep sending probes to planet Mars to sample it's dusts and it's rock are quite less relevant here's why. When the sun sparked into life and used all of the matters around it to form life, it formed all of the planetary bodies in our solar system with the same materials that was there at the same. So were the planet Mars is our neibour in space terms it would have been asembled with the exact same materials as planet earth.

What we need to be focusing on is marsian colonialism. Doing things like sending solar probes to its oceans to defrost it's frozen oceans, with other probes roaming around it's frozen waters sprinkling vegetation seeds. Vegetation sprouts within 24 hours.

Which means not before long we could be looking at pictures of liquid water and wild vegetation on planets Mars. Water molecules steaming up to Mars's atmosphere 24 hours a day would quickly start to warm up the planet causing it's methane to defrost and rise back up and restart to retrap heat in the planet again, and with the ocean and vegetation bringing about oxygen, we could touch down on planet Mars without the need of oxygen masks.


Winds on all of the planets across the universe are formed by the planets moons. Here's how it works. Planets and moons are formed in the same way with a metal core that's magnetic. They both have a positive magnetic core. Two positive magnetic fields don't collide, instead they resist each other initially. If you place a positive magnet in a cup of water and swipe another positive magnet across the top without touching the water, you should see the water wave. This is how the earth's oceans get their waves which with the water wave's walls pushes oxygen around at high speed aka winds.

The only time two positive magnetic fields can collide is when one field's much bigger making it much stronger than the other.


Saturn and Jupiter, are labeled as gas giants, but this theory makes no sense once you begin to understand how planetary bodies are assembled by the sun at the beginning of a solar system. I don't know how a ball of dust and gas would fall into a gravitational dance with moons without a magnetic core, which in this case the core would have to be made out of metal, which is the only component that you can make a magnet out of.

When the Sun sparked into life, baring in mind that it spins, it started to drag matters in a tumbling pull around it where the magnetic core metal is the first component to be assembled. The separation of space from the ground by chemicals, is what makes from the bottom of the oceans to the tip of the atmosphere and everything else that's in within that in between space. Wild planets do calm down to the point where it's well enough for evolution to initiate it self.


A planet's distance from the Sun can play a major factor in that case.


I'm glad to hear cosmologists address the black hole theory with an I'm not sure approach.

A black hole is the conclusion of a pulsar and the beginning of a new star aka a sun.

When a star collapses into a dense ball full of matter, it burstes 2 holes on 2 sides of it self releasing all of it's matter in a very violent spin, like a bursted ballon would but the pulsar just can't speed away like a balloon because a star's suspended, they can't move. Imagine if stars could ran away, it would be a very hot and disastrous existence.

As I was saying, once the pulsar releases all of it self, there's nothing left as all of the matter is distributed across the immediate space.

Once all of the pulsar's gone the spin element remains because there's no counter energy to bring it to a halt like the wind or a wall or gravity would stop things here on earth.

That spinning element then goes on to start re acumilating matter which then goes on to spark a new star aka sun.


Alien planets could be going through what they're going through which is extreme weathers which seems like a permanent suspension in time because they're simply  too far to over come extreme storms as swiftly as the earth did because they're too far from the Sun.

So if with human help of the Sun's additives to stair matters over in the Sun's favour, we could help the Sun win matters in it's and our favour which is to bring about  habitable planets.

We could produce some forms of chemicals that can eliminate chemicals that sustain turbulent weathers on alien planets or something along the lines of ultraviolet similation which can help alterrate weather patterns, change their terrain for our colonial purpecies.

Just because you see endless of no ground on saturn, it doesn't mean that there isn't 35 earth's weath of ground left


Why do we get planetary plate shifts.

Planetary plate shifts happens when the earth comes at it's closest to the sun during it's orbit.

 The earth's yearly orbit brings it closer to the sun, close enough for the sun's magnetic pull to increase strongly, strong enough to pull earth's plates but not strong enough to pull in the whole planet because the earth's tumbling away phenomenon is very strong, and at a safe enough distance from the sun. So when the plates are pulled apart during the earth's closer to the sun venture, when they come crashing back together they cause tsunamis and earth quakes.

Why does space debris always fall back, but into the ocean.

Space debris always falls back into the earth because of the earth's magnetic field which comes from the earth's magnetic core.

The earth's magnetic field would pull inn all cosmic objects because they have metal in them the bigger the object the more metal making the object more magnetically attractive, and the reason why space debris always falls into the oceans is because where there's less ground, the magnetic pull is much stronger.

Why the earth's upper peninsula has it's summer season at the time that it has it.

The earth's upper peninsula has it's summer season at the time that it has it because of the earth's yearly orbit around the sun.

The earth's yearly orbit around the sun isn't a smooth orbit, it's quite turbulent with the planet's face fronts rotate up and down and the planet pulling closer and further away from the sun. In the month of may the earth's African face front to the sun rotates downward bringing it's upper peninsula around the point were northern Africa would be. Aka summer time in Europe and then the earth rotates back up around august times.

Cosmic Matters