Chapter 580: Stellar Resource Development Mission (3)
"You want to create a supernova explosion?"
Even the collectors with such a large nerve were the first to feel that the individuals who proposed this plan were mentally abnormal.
"No, no, no, we can use the magnetic field to deflect the stellar material captured by the black hole's gravity, so that the mass of the black hole does not continue to increase."
According to its conception, black holes never make direct contact with stars due to the centrifugal force of rotation, but the gravitational pull of black holes can pull out the matter in stars, which is a very common astronomical phenomenon in the universe.
It can even be said that most of the black holes observed by collectors through remote range are "they" are eating stars and show traces, otherwise it is really difficult to find such a "black" as black holes in the cosmic background.
"What if the black hole singularity erupts?" Some individuals questioned it.
"Don't worry about the singularity eruption, the mass of the black hole is proportional to the lifespan, the greater the mass, the longer the lifespan, as long as the black hole can reach the mass of the star, the time it evaporates to the point where it can no longer maintain its own form, at least in hundreds of millions of years."
Regarding this problem, the proposer of the plan has already thought of how to deal with it, and the time scale of 100 million years is completely enough for the gatherers to do anything, even if the race is still not capable of dealing with the singularity outbreak at that time, it is completely enough for the race to evacuate to a considerable distance.
"Where does the mass of the black hole come from?" Another individual asked.
"Obtained from the star, its mass is ready-made, we only need to be responsible for creating such a black hole, so that it moves around the star in an elliptical orbit, at perihelion, it will absorb a lot of stellar material, but not at aphelion, so that we can achieve a certain degree of control over the black hole to absorb matter."
"But as the mass of the black hole increases, this orbit will get smaller and smaller."
Some individuals are worried that the black hole will get out of control, and as the black hole swallows more material, its own mass will also increase, and if it swallows a large amount of stellar material at the perihelion, and the black hole is relatively close to the star, it is very likely to fall into the star.
"That's why I said, it's just a certain degree of control, and this needs to be combined with another part, which is to create a circle of terrestrial planet-like structures outside the black hole, because the black hole is small, so there is no need to build large-scale structures, and the microscopic electromagnetic force can play a role."
The proponent of the scheme explained his idea, which is also the most important part of his scheme, that is, the magnetic deflection device of stellar matter, such a device will envelop the black hole, so that the black hole will no longer have a chance to swallow matter, and the stellar matter that is magnetically deflected will be introduced into another device to cool down and reduce the velocity, and when the temperature and speed drop, the stellar material will become material that can be used by the group.
That's how it came up with a way to mine the matter directly from the stars!
"Is this possible?"
Many collectors are confused, because this scheme involves black holes, which doesn't sound very reliable, after all, the first impression of black holes to collectors is often to hide away after seeing it.
"Not at all." Some retractors have stepped forward.
"Back to the original problem, the rolling motion while rotating will cause the sphere to tear, and under the strong gravitational pull of the black hole, such a tearing effect will only be more obvious than on the star."
In response to this problem, the proposer of the scheme explained his own idea, and it also thought of the problem of sphere tearing, so it planned to deal with the gravitational problem of black holes in a different shape.
"We can disperse the gravitational force through the structure of the triangular pyramid, and then it's fine."
Therefore, the structure is small, and the role of electromagnetic force becomes obvious, using the electromagnetic force from the material to divide the gravitational force of the black hole into three forces, and transfer them to the part with strong centrifugal force for bearing, rather than directly relying on the part with weak centrifugal force to fight against the gravitational force of the black hole.
"Instead of a spherical structure, a triangular pyramid?"
The skeptic was a little confused, according to the physical model, the triangular pyramid is not a suitable structure for the construction of stars, and the proposer of the scheme should not be stupid enough to make such a mistake, it feels that it is still necessary to ask clearly, so as not to misunderstand.
Sure enough, the proposer of the scheme restated what he wanted to express, not a triangular pyramid structure, but a 32-sided structure.
"No, I'm going to use a 32-hedral structure, the general structure of the sphere is still the most uniform force, but the local force unevenness caused by rotation needs to be compensated by other means, and the way I think of it is to spread the force on this structure and share it with other areas with stronger forces......"
In such a structure, the force of the 32-sided 'edges' will be distributed to the 'face', and as long as this is skillfully used, the gravitational force of the black hole can be distributed and transferred to the part where the centrifugal force is strong enough.
However, even so, there are individuals who oppose it.
"I'm against it!"
"Why?" The proposer of the proposal asked.
The opponent gives reasons for its opposition.
"The risk is too great, the black hole is such an extreme celestial body, its own mass and density are extremely terrifying, in the process of construction, as long as its orbit value occurs even a thousand-point error, it may cause it to fall into the star, causing an extremely terrifying disaster, and in orbit control, it is difficult for us to control how the black hole that absorbs a lot of matter should move, because the mass is too large, and the energy required to promote such a star is beyond imagination."
"Every link is too ideal, we can't completely avoid accidents, and your solution is too low-tolerance to be practical."
Being casually opposed by other individuals, the proposer of the plan is naturally impossible to be convinced, at least the current plan is the closest to the mission goal, since the opponent has raised objections, then at least a more perfect plan that can replace it must be given.
"Do you have a better way?" The proposer of the proposal asked.
"Yes." The naysayers replied.
"What is it?"
"It's still the same gravitational method of sucking matter as you do, but I don't use black holes."
This message from the opponents was very puzzling to the other gatherers.
"What do you use without black holes? With other stars? In that case, it is more difficult to control, at least the black hole is small enough, and other stars will have to enlarge the structure and decrease in strength because of the volume, if it is a neutron star, it is not much different from a black hole, and it is not as easy to make as a black hole. ”
The naysayers replied, "No, no, no, I don't use neutron stars, that's too extreme, I'm going to use it - gravitational rings." ”