Artificial intelligence and water covered planets and their influence on science

Artificial intelligence and water covered planets and their influence on science

Artificial intelligence and brightness of the stars

Artificial intelligence can follow the changes in the brightness of the objects, and that system can also connect every data, what has ever collected from some area in the Universe. That allows seeing also the short term changes in the brightness of certain stars in giant star clusters, even the astronomers cannot separate one single target from the cluster of thousands of stars.

Those changes in brightness would take only a couple of minutes, and the period between the eruptions can be years. The artificial intelligence would observe multiple targets at the same time by collecting all data, what is collected from some area by using telescopes, what are different sides of Earth.

That would help to choose targets for planet hunters, where they can turn their extreme large telescopes. The thing how the search the planets is done is similar, what is used in the hunt of asteroids. The smaller telescopes are taking images, where is seen multiple stars, and then the system waits for the change of the brightness, or make spectroscopic analysis with multiple stars in the same time, what makes possible to use water maser emission in the multiple stars.

The emission happens, when the star would tune hydrogen and oxygen atoms to send the radiation with their frequency, that means that there could be a habitable planet orbiting that star. But the thing is that also water worlds are giving that kind of emission, and the thing is that the water covered planets might have an atmosphere, what is poisonous for humans. The water worlds would maintain the lifeforms, what might look like fish or some other water animals.

Water planets and SETI (Search for Extraterrestrial Intelligence) program

The thing in those water worlds is that some of them might have islands. And another thing is that if the planet covers by the giant oceans, those sea areas will make it cooler. The star would cause the forming of the clouds, and that cloud layer effectively absorbs the radiation, what comes from the star. This means that the water planet might locate near the center star. And there could be mountains what would form islands. So what if there would be intelligent lifeforms. Could they be curious, and climb to some of those islands, and would they have the ability to use suits, where is the oxygenizing system?

If we think that those aliens would need weapons in raising of drylands, they might just open the water tanks below the surface. Then when they open the ventilates, the water impulse would hit the target. And as you might notice, this is the topic in many SciFi tales thing straight from Hollywood, where every explorer must have guns. Those things make possible to put a little bit more action in those films.

But let's go back to topics. When we are thinking about intelligent civilization, what could be the lifeform, what is living in the sea, we must remember that intelligence is an ultimate tool for creatures, what might have gills. That thing might give limits for their life on the dry land, but there is a possibility, that those hypothetical aliens would use the inverse versions of the diving suit. In this hypothetical case, the alien would simply create the suit, what is filled with water, and that allows them to operate on the drylands, and create the artificial fire.

Of course, they could benefit the volcanic eruption holes for creating metals. But if we think the intelligent civilizations and creatures, maybe they would be curious. That means those underwater aliens would make the explorations to the drylands, and then they can fly to space by using spacecraft, what cabin will be filled with water. That kind of hypothesis is a really interesting way to spend time in the nice morning.

Water covered exoplanets

Water covered exoplanets

(Picture I)

The exoplanets, what is covered by oceans are a fascinating thing. 

The planet what would be covered by the ocean are very interesting things, and sometimes many people, including myself, would think, what kind of places those interesting planets could be? And would it be possible to swim in those very deep oceans?

The thing is that many of those exoplanets have a very poisonous atmosphere, and that means that living in the surface or atmosphere of those planets is impossible. But also swimming in those oceans would be a quite different experience than swimming in the oceans of Earth.

Could there be animals in those oceans?

Many of those water planets are super-Earths and that means that the gravity would suck the swimmer to deep very fast, and that would cause death, even if the man is using the space suit. And the winds would make being in the atmosphere very dangerous, and at those planets is maybe not solid landmass over the ocean at all. This makes the wind speed extremely high, and in theory, the bodies of the hypothetical astronauts would be blown in pieces.

But this is the only part of the truth of those very rare exoplanets. There could be giant amoebas or Medusa in those oceans, and there is a possibility that in those planets oceans would live some kind of fishes. The thing is that the Cambrian and Ordovician periods the atmosphere of Earth was poisonous for modern animals, and against that background, we can think that in the oceans of those exoplanets could live some primitive animals like Medusa and fishes.

Maybe we sometimes travel to those planetary systems

If we would think the journey to those solar systems, the main problem of those exoplanets, which are covered by water is the gravity. That water would offer the change to fill storage, and the water can separate to hydrogen and oxygen by using electrolysis. Then those gases can connect again to water, and that process would remove every organism from that sample. The thing about the water-core exoplanets is that those planets can be a more suitable place for the hypothetical base than we ever expected before if there would be no animals or life forms.

What kind of base could be suitable for those exoplanets?

When we are thinking about the shape of the station, what can be established in the oceans of those exoplanets is that the form of the system would be like a giant ball. If the ball-shaped stations would be totally symmetrical thy can dive in the very deep, and the thing is that energy for those systems would get from the capillary tube, and the mission of those stations would be digging the minerals from the solid surface of those planets. That thing would make possible to collect the minerals for the repairing of the spacecraft, what will continue their journey or return the Earth in the trips, which can take hundreds of years.

The thing is that if those exoplanets would have a very warm atmosphere, the hypothetical colonialists could live under the surface of the oceans in the bases, that are floating in the water. Those tanks could submerge deeper if the temperature would raise too high, and the water would use to cool the surface of that system. This vision would be possible after hundreds of years, and if mankind would someday travel to the stars, we would advance by traveling from solar systems to another solar system, as the Polynesians have done, when they conquered the islands of Micronesia.

Picture I

http://www.sci-news.com/astronomy/water-world-exoplanets-06322.html