The giant ball-lightning could revolutionize the travel in space
The ball is impossible to crush. And if we would load the metal or carbon fiber ball with extreme powerful electricity, that can make this ball acting like giant ball lightning. That thing can be covered by ion core, what makes it stealth, and protects it against heat. And if the plasma layer would rotate with extremely high speed, that could make possible to stop the time in the ball. This kind of system could travel independently or it can put in some interstellar spacecraft, and the line tanks around the futuristic "Daedalus concept" would have this kind of probe between them.
A radical way of thinking makes engineering possible. That means that there is one very interesting version of ion propulsion, and there the role of the actor is the ball-shaped spacecraft, which would shoot to journey by using giant magnetic cannon. This system bases the idea that the metal ball, what is equipped with the extremely powerful magnetic field would act as a giant plasma ball, and it can ride in the universe by using the plasma, which is flowing across the outer layer as the propellant.
This thing is one of the most interesting of so-called extraordinary or exotic spacecraft, which can someday research the universe. The highly magnetized fully symmetrical ball can collect the ion layer over it. This remarkable thing would make possible to create the ball-shaped spacecraft or probe what can lay very close to the stars like the sun. The ion layer would keep the hot corona of the sun or other stars away from the surface of that ball.
This carbon fiber or fullerene ball-shaped spacecraft would have abilities, what another form of the spacecraft would not have. The ball cannot be crushed by pressure, and that thing gives ball-shaped spacecraft the ability to dive deep inside the atmosphere of the giant gas planets. The idea is to create the particle, which has the form of the absolute ball. If there is any kind of mistakes or errors of accuracy in the form the pressure would crush the ball.
And when we are thinking about the propulsion of that ball, the system would need extreme powerful magnets for kicking the ions on a certain side. That kind of radical system could have many types of things, what it can do. It could fly like other plasma balls by following the magnetic power line way very high speed. If we would want to turn the object to a certain star, we must just turn the right polar to the star, and that thing would help to pull the ball to the star.
In the wildest visions, this kind of spacecraft would be turned to the giant qubit, and if there is the magnetic system, what looks like longitudes that system could rotate the plasma layer, that the plasma would travel with near of the speed of light. In this case, the system would stop the time in the ball, and that can make possible to create the time machine, where the journey travel to the future is possible,
Showing posts with label ball. Show all posts
Showing posts with label ball. Show all posts
Sunday, October 20, 2019
Sunday, October 13, 2019
The thoughts about extraordinary organisms and structures
The thoughts about extraordinary organisms and structures
Sometimes people have given advise, that we should someday think and write about the most extraordinary case, what we can imagine or expect to find at the universe. In this case, the giant fullerene molecule could cover the entire solar system. And in the strange hypothesis, there could form the aliens on the outer and inner layers of that giant molecule.
When we are talking giant structures, we must see that fullerenes and graphene-layers have not the top size, and in theory entire solar system or planet can be covered by using the graphene. The thing that puts limits is that the graphene needs carbon for manufacturing the extreme large layers.
But when we are thinking about the monoatomic planet, what would consist only carbon atoms, that thing can be internal layers of fullerenes, what has an extremely large number of carbon atoms. The thing of the size of the fullerene molecule has no limit, and that's why some theorists have been said that there could be the extremely large carbon balls on the universe, where would be the entire solar system inside them.
Here people sometimes say, that this kind of thing is impossible, but the thing is that the solar systems of red dwarfs like Gliese 581 are not big. The entire planetary system of that red dwarf is fitting in the trajectory of Mercury, so the theorists have been asked is it possible that the giant fullerene structure would close the entire planetary system inside it. And then there would be the thing that we could call as the hollow planet.
This kind of funny idea is that inside this kind of giant structure could form the lifeforms, and grow trees and other things like that. But the difference between those creatures and so-called conventional way to think is that those creatures would live inside giant natural or artificial Dyson's sphere.
And that would cause the way of think of those hypothetical aliens. In this case, those aliens would see only their central star, what would be the nucleus of their hollow planet, and the planets, what orbits that thing. That thing would make those strange aliens afraid of the dark. And if we would think more extraordinary possibilities the other side of that planet would live organism, what would live in total darkness.
So, in this case, the internal star would warm that giant hollow structure and makes life possible also in the outer layer of the structure. That kind of case might create the giant symbiosis, where the internal organisms would produce food and other things for both of the creatures.
The outer organism would protect the structure against the meteorites and other impacts. In this case, the thing is that the organisms could not live in the environment of each other. The internal organism would freeze in the outer layer of the fullerene, and the outer organisms would burn to ash inside the ball. This kind of thing would be too extraordinary for being true, but those hypotheses are fascinating things to think.
When we are talking giant structures, we must see that fullerenes and graphene-layers have not the top size, and in theory entire solar system or planet can be covered by using the graphene. The thing that puts limits is that the graphene needs carbon for manufacturing the extreme large layers.
But when we are thinking about the monoatomic planet, what would consist only carbon atoms, that thing can be internal layers of fullerenes, what has an extremely large number of carbon atoms. The thing of the size of the fullerene molecule has no limit, and that's why some theorists have been said that there could be the extremely large carbon balls on the universe, where would be the entire solar system inside them.
Here people sometimes say, that this kind of thing is impossible, but the thing is that the solar systems of red dwarfs like Gliese 581 are not big. The entire planetary system of that red dwarf is fitting in the trajectory of Mercury, so the theorists have been asked is it possible that the giant fullerene structure would close the entire planetary system inside it. And then there would be the thing that we could call as the hollow planet.
This kind of funny idea is that inside this kind of giant structure could form the lifeforms, and grow trees and other things like that. But the difference between those creatures and so-called conventional way to think is that those creatures would live inside giant natural or artificial Dyson's sphere.
And that would cause the way of think of those hypothetical aliens. In this case, those aliens would see only their central star, what would be the nucleus of their hollow planet, and the planets, what orbits that thing. That thing would make those strange aliens afraid of the dark. And if we would think more extraordinary possibilities the other side of that planet would live organism, what would live in total darkness.
So, in this case, the internal star would warm that giant hollow structure and makes life possible also in the outer layer of the structure. That kind of case might create the giant symbiosis, where the internal organisms would produce food and other things for both of the creatures.
The outer organism would protect the structure against the meteorites and other impacts. In this case, the thing is that the organisms could not live in the environment of each other. The internal organism would freeze in the outer layer of the fullerene, and the outer organisms would burn to ash inside the ball. This kind of thing would be too extraordinary for being true, but those hypotheses are fascinating things to think.
Tuesday, October 8, 2019
The form, what could make the time travel possible
The form, what could make the time travel possible
In this text, I will handle one of my favorite subjects, what is the machine, what slows time inside it. This time I will think about the hybrid solution, where the speed of accelerator would be connected with the ball-shaped form, which is loaded with extremely high-power electricity. The idea is that the hybrid form, where the escape velocity is adjusted to 80-90 percent of the speed of light is connected to the particle accelerator, what mission is to send the ions on the outer layer of the saucer-looking shape to the speed, what would be 99-100 percent of the speed of light.
In this text, I mean the vehicle, which has a hybrid structure. The outer layer is a ball-shaped structure, which involves the saucer, where is the accelerator on the outer edge. The thing is that the mission of this system would be to stop the time in the device, what is staying in the place. The answer would be creating the small-size black hole or quark star, which is known as the "grey hole" in the ball. That means that the device would need a two-layer ball-structure, which denies the supermassive object to touch the atmosphere.
If the inner ball would touch the atmosphere, that could cause a very bad situation and a huge explosion, what happens, when the gravity or magnet field would pull the molecules to it, and that thing might cause spontaneous fusion. Or if the question is about the black hole, the entire Earth can slip in this thing. And that is the reason, why there is needed two ball-shaped structures, where the inner ball would hover in the outer ball.
Inside the inner ball is the saucer, which would have particle accelerator. The mass of the ball would increase near the mass of the black hole, and then the accelerator will start. The idea is that the energy is pumped in the inner ball by using the outer ball as the transmitter or stabilizer, which would deliver energy smoothly to the inner ball.
In this case, the purpose of a magnetic accelerator is to compensate the needed mass for creating the grey or black hole. The idea is that the time can be stopped inside the device, which might not be manned or very big, And if we would create the situation, that the particles are traveling in the speed of light on the place, where the escaping velocity is the speed of light or higher. That thing could allow us to travel in time.
In this text, I will handle one of my favorite subjects, what is the machine, what slows time inside it. This time I will think about the hybrid solution, where the speed of accelerator would be connected with the ball-shaped form, which is loaded with extremely high-power electricity. The idea is that the hybrid form, where the escape velocity is adjusted to 80-90 percent of the speed of light is connected to the particle accelerator, what mission is to send the ions on the outer layer of the saucer-looking shape to the speed, what would be 99-100 percent of the speed of light.
In this text, I mean the vehicle, which has a hybrid structure. The outer layer is a ball-shaped structure, which involves the saucer, where is the accelerator on the outer edge. The thing is that the mission of this system would be to stop the time in the device, what is staying in the place. The answer would be creating the small-size black hole or quark star, which is known as the "grey hole" in the ball. That means that the device would need a two-layer ball-structure, which denies the supermassive object to touch the atmosphere.
If the inner ball would touch the atmosphere, that could cause a very bad situation and a huge explosion, what happens, when the gravity or magnet field would pull the molecules to it, and that thing might cause spontaneous fusion. Or if the question is about the black hole, the entire Earth can slip in this thing. And that is the reason, why there is needed two ball-shaped structures, where the inner ball would hover in the outer ball.
Inside the inner ball is the saucer, which would have particle accelerator. The mass of the ball would increase near the mass of the black hole, and then the accelerator will start. The idea is that the energy is pumped in the inner ball by using the outer ball as the transmitter or stabilizer, which would deliver energy smoothly to the inner ball.
In this case, the purpose of a magnetic accelerator is to compensate the needed mass for creating the grey or black hole. The idea is that the time can be stopped inside the device, which might not be manned or very big, And if we would create the situation, that the particles are traveling in the speed of light on the place, where the escaping velocity is the speed of light or higher. That thing could allow us to travel in time.
Tuesday, September 17, 2019
New space telescope design. (If radio- or why not also telescope will put in the ball, what is filled with gas it would turn by using propellers)
New space telescope design. (If radio- or why not also telescope will put in the ball, what is filled with gas it would turn by using propellers)
This might be one of the silliest ideas, what I ever created. Ball, what is filled with gas could be a new element for space telescopes. That system makes possible to turn the telescoping antenna by using propellers. That will make possible to save fuel and make longer missions of those telescopes possible because there is no need to use fuel in whenever the team wants to turn the antenna for making observations from the new object.
The problem is how to put a telescope in the ball. There is a simple solution to that problem. The ball can be made in the orbiting trajectory, cut in two pieces and weld those pieces back together.
The traditional space telescopes have a problem, that whenever the telescope is turning, the system must use fuel for turning it. And in some cases, I have thought that there is a possibility to put the radio- or optical telescope in the ball, what is made by use plastic. That thing would be filled by using gas, and the telescope would be equipped with propellers, which allows to turn it by using propellers.
This example shows that the innovation would not be difficult to make and the new structures are not always difficult to make. When we are thinking about the cases, where the telescope would put in the bubble, the idea is quite simple. The problems might be caused because of the ball-structure is very strong, if the ball is made by using the nanostructure, what is looking like the small pyramids, which makes the structure stronger.
I don't know how much the plastic would stand the conditions in the space, but the ball can also be made by using carbon glass. That glass is the artificial diamond, what can blow to the ball-shape in the space by using the same method, what is used every day in the glass factory. The diamond glass can blow in the ball shape in the orbital trajectory if the system would installed in the glass oven, what orbits the Earth.
If the diamond glass is too difficult to use, the system can create a ball by blowing carbon fiber in the ball form. Those extremely hard carbon fibers can be melted, and blow to the bubble where carbon fiber acts like chewing gum. If the telescope must not make optical observations the black carbon fiber can be covered by using the solar panels.
This kind of system, what is used in that kind of actions can be the satellite, what is melting the mass inside it by using microwaves, which means that thing is the flying version of the blast furnace, what can blow the ball by using pressurized air with advanced computer technology. And when the ball is ready, the laser can cut it to two pieces. After that, the telescope can put inside that structure. Then the artificial spider or repairment satellite can put those pieces back in the ball form.
This might be one of the silliest ideas, what I ever created. Ball, what is filled with gas could be a new element for space telescopes. That system makes possible to turn the telescoping antenna by using propellers. That will make possible to save fuel and make longer missions of those telescopes possible because there is no need to use fuel in whenever the team wants to turn the antenna for making observations from the new object.
The problem is how to put a telescope in the ball. There is a simple solution to that problem. The ball can be made in the orbiting trajectory, cut in two pieces and weld those pieces back together.
The traditional space telescopes have a problem, that whenever the telescope is turning, the system must use fuel for turning it. And in some cases, I have thought that there is a possibility to put the radio- or optical telescope in the ball, what is made by use plastic. That thing would be filled by using gas, and the telescope would be equipped with propellers, which allows to turn it by using propellers.
This example shows that the innovation would not be difficult to make and the new structures are not always difficult to make. When we are thinking about the cases, where the telescope would put in the bubble, the idea is quite simple. The problems might be caused because of the ball-structure is very strong, if the ball is made by using the nanostructure, what is looking like the small pyramids, which makes the structure stronger.
I don't know how much the plastic would stand the conditions in the space, but the ball can also be made by using carbon glass. That glass is the artificial diamond, what can blow to the ball-shape in the space by using the same method, what is used every day in the glass factory. The diamond glass can blow in the ball shape in the orbital trajectory if the system would installed in the glass oven, what orbits the Earth.
If the diamond glass is too difficult to use, the system can create a ball by blowing carbon fiber in the ball form. Those extremely hard carbon fibers can be melted, and blow to the bubble where carbon fiber acts like chewing gum. If the telescope must not make optical observations the black carbon fiber can be covered by using the solar panels.
This kind of system, what is used in that kind of actions can be the satellite, what is melting the mass inside it by using microwaves, which means that thing is the flying version of the blast furnace, what can blow the ball by using pressurized air with advanced computer technology. And when the ball is ready, the laser can cut it to two pieces. After that, the telescope can put inside that structure. Then the artificial spider or repairment satellite can put those pieces back in the ball form.
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