The fictional trip inside Neptune

Kimmo Huosionmaa

When we are thinking about the journey inside the gas giants like Neptune, we might think, that we will use the vehicle, what seems like bathyscaphes, what was used for a trip to the Mariana grave. In fact, the best form for that spacecraft would be the ball, where is a nuclear reactor, and the tube of opposite rotating magnets through it. The motor would be actually "the Bell", or the WARP, what has been created in the NASA:s laboratories, and the thing would allow the fictional spacecraft travel to the heart of Neptune and return to space.

The ball must be totally sleek, and there should not be any changes or bricks, what would cause that the pressure would divide unevenly. The sleek ball would face the pressure totally symmetrically, and in those cases, the pressure would not break the ball. And maybe it could survive in the extreme heat and pressure inside the planet. The spacecraft would also collect the energy from the fast rotating layer of the planet, and that might help it to create enough energy for the extreme powerful WARP-engine or it could form the singularity, what helps that spacecraft escape from the extreme conditions of that planets nucleus.

The ball-shaped bathyscaphe would be equipped with special equipment like a nuclear reactor for that journey, where the pressure would be over 7 million bar inside the planet, and the temperature would be about 5000 degrees Celsius. So the spacecraft, what would make this theoretical trip must be manufactured by using carbon fibers, what is almost as hard as the diamond. The system might have electric filed, what would pull the ionized gas away from the core, and the device would be filled with PFC (Poly Fluoride Carbonite), this liquid respirator denies the effect of the pressure what would crush the core of the craft.

Filling the core with liquids allows that the spacecraft would not be crushed by the extreme pressure. That thing would be used in special diving suits, what allows the diver to dive in very deep because human lungs are filled with the liquid don't cave in, and that would allow the person dives in extremely deep. Or in some ideas, this kind of craft would be filled with water, and the astronauts, or whatever they are, staying in the space suits, what is filled with the carbonite respirator, what allows very long staying in the suit.

This kind of spacecraft would dive in the center of planet Neptune, and there would send the probe in future, what is made as the shape of the ball because the ball is impossible to crush.  And the thing is that the escaping from the center of that planet is extremely difficult, but maybe the system of this scientific spacecraft would use ion motors or from inside it the black hole, what would transfer it out of the planet. Or maybe the WARP-drive, what would transfer the ionized gas across the spacecraft or through the tunnel across it, and that would allow these science fiction spacecraft fly away from the planet.

YouTube movie about the journey to the planet Neptune

https://www.youtube.com/watch?v=B0v7MihXA-s

The use of magnetic field would allow making levitation possible

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Kimmo Huosionmaa

The whirl of water can make the antigravity possible, or this is, what I think. When we are thinking about the situation, where the water, what is full of iron ions would start to rotating around one point, and in the middle of this form would strike the lightning, would be possible to create the extremely large generator, what would help to push the aerial vehicle to the air. The idea of this thing created the Boeing corporation in the 1980's when they have investigated the idea of using the artificial lakes, what is created for irrigation system for returning the spacecraft. Somebody created the idea to make those tanks or artificial lakes the round shaped, and then in the middle of that lake would be installed the generator. If in the water have been put iron,  it would start to act like the giant generator.

And if the same poles are against together, would that thing push up the aerial vehicle. In this case, the spacecraft would also be equipped with the generator or simply magnet, what would push against the generator, and if this system would work perfectly, it would launch the aircraft even in space. The thing why Boeing investigated that thing, is that it would allow making silent aircraft, what can be shot up by using magnets. After that, the jet engines can be started, when the aircraft would be high enough. That thing can help to keep the noise low and increase the use of aircraft.

The thing, what makes possible to levitate the aircraft above the magnets is called the antigravity because it's silent. And this technology allows rising heavier cargo to the air. In fact, the use of that kind of systems is investigated also  for building sites. That would make physical cranes unnecessary. Those systems can be installed in the trucks, and then the platforms of the elements would be raised up by using those magnets, what would also be used with cranes because they make the cargo lighter.

But then we must think, that could the antigravity, what is not connected to a certain place, what would allow to use it in the highly sophisticated aircraft. Those aircraft would turn over the gravity field of Earth by using magnets for that process. There were attempts to use wheel-shaped magnets for that thingThe magnets would be set, that they are precise in the line with the power lines of the Earth magnetic field, and that would allow using the magnetic push effect for turning over the gravitation. I don't know, is that possible in nature, and would the magnetic field of Earth enough powerful that it can be used for that process making the levitating aircraft. That kind of systems would be noiseless and also allow to use aircraft even in the city areas. But the problem is that if the aircraft would slip off the top of the magnet, will that cause problem and accident.

Sources:

https://en.wikipedia.org/wiki/Anti-gravity

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The gravity energy and its use in power supply

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http://crisisofdemocracticstates.blogspot.com/p/the-gravity-energy-and-its-use-in-power.html

Kimmo Huosionmaa

We are using gravity energy currently in the form of water power, but when we are thinking about the use of the pure gravitation as an energy supply, there are three possibilities to make that thing real. They might look simple, but there are many technical problems with their practical solutions.


The motive for this kind of operation would be, that the And some of those solutions are extreme unpractical, and they would ever take in use. Those things need so large-scale technology or traveling to other planets, that they are not nowadays technology at all, but in theory, the gravitation engines can give the civilization opportunity to continue it live without their sun after it has been detonated as the supernova.


So this writing is purely hypothetical and its purpose is to think about the technology, what would be used in that kind of power supply. One motive for large-scale projects would be that the central star of the solar system would start to become unstable. And this would make the civilization to build the gravity power. And here are those three ways to use the power of gravitation. Here I'm not going to write about water power, because this writing is meant for hypothetical thinking about the gravity energy.

1. Tunnel thru the planet

There is a possibility to drill the tunnel thru some planet, what have not the liquid nucleus. In that theoretical operation would be used the laser-drill, what allows to make the extremely deep hole.   If the planet would have solid lithosphere and it would have the possibility to drill the tunnel thru the planet, and then install the generator in that structure. The drill would look like the cylinder, and it could land to the surface of that planet, and then it must just begin to use its laser.


After that in this tunnel would be dropped to the particle or particles, what would rotate the juniper and generator. This particle would travel inside this tunnel like Jojo, and it can rotate the generator by using the wire or another way would drop those particles on layers, what would cause the rotating of the generator. This might seem very simple, but there are many practical problems to make that kind of system.

2. Using the heat of dropping particles as an energy

The second one is so unpractical way to use gravity power, that it would be ever take in the real use. The technology is that thru the atmosphere would be dropped the particles, what would be getting heat in the process. Then those particles would drive to the boiler, what creates steam, that would conduct to the turbines.


This way to make gravity power system is very unpractical, and the power, that it can be made is so expensive, that even in theory it would not be used even in small-scale systems. Here we are seen, how in theory we can make something, what would work, but what is so unpractical, that it will make us laugh. There is a version of this kind of system, what would actually be used in some drones.


Those drones would be dropped into the atmosphere of some planet and the propels would start to create the electricity of the drones electric motors. The system would be used to explore the atmospheres of other planets like gas giants and Venus. Drones would not be larger than some toys, but their mission will be collecting the information from the planet's atmosphere. And they might also be used for the reconnaissance missions, where the satellite drops them to hurricanes or near military bases if their mission would be military intelligence.

3. Use the radiation, what is forming near Black Holes as an energy supply

The most fascinating way to use gravity energy will be using the transfer disc of the black holes as the energy supply. Those areas around the supermassive particles in the universe are the brightest thing, what astronomers have seen. And the energy would be collected with normal solar panels. But the problem is, that we have no black holes in our own solar system, and traveling to them is taking an extremely long time. That makes this version of the gravity power also theoretical.


But we could use gravity power if we could make the artificial black hole. The hypothetical gravity power plant would be the system, where the artificial black hole would be set in the ball-shaped chamber. This chamber could be covered with the silicon layer, what gives electricity, and sometimes the gas would be conducted in this chamber. Then it would send the radiation to the system. But if the ball would be damaged, and the black hole will be released to the atmosphere, could that destroy the entire planet, and that's the reason this system would not be tested in the atmosphere of Earth.


There is the possibility, that in someday we could make the electromagnetic black hole, what can be transferred in the spacecraft. The black hole can be forming, that way, there could be accelerators in the spacecraft, and then the support system will start to pump energy to that system by touching it with tongs, what transfers the energy to that hypothetical spacecraft. And then the spacecraft would use this thing as the energy supply. When we are discussing the UFO:s we can think that this kind of energy will be used in some kind of spacecraft. The size of the spacecraft would not be necessary big, and the size of the black hole would be smaller than golf-ball. But if that small black hole will release to the atmosphere, will the results be devastating. And this will make the hypothetical unknown spacecraft dangerous.

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