A certain red dwarf star, which is a star system that has been colonized by collectors, has a very complete construction layout, antimatter giant structure, strong pressure giant structure, star trails, etc., but how different is this star system from other colonized stars After they complete the basic construction of the star system, the material resources they produce are far smaller than the material resources they obtain from other star systems.

　　 This is mainly because the collectors of this stellar system received a group task earlier-to develop stellar resources.

　　It is this task. Collectors in this star system are granted great authority by the group. They have the right to request the same clan of other star systems to send material resources to their star system for experiments on the development of star resources.

　　If you are like humans and Catherines, you will inevitably use this right to open some small stoves for yourself, but the collectors are relatively stupid, and individuals who dare to play this kind of slippery are basically hacked to death.

　　 Now, looking at the stars that flicker and convey information in the background of the stars, the collectors in this star system can't help but sigh with emotion.

　　 "It's really lively on the far side of the same race. It is also the discovery of complex ecological planets, other alien civilizations, and other sites of Hui civilization. Compared with this, ours here is just a pool of stagnant water."

　　 Yes, the development of stellar resources has entered a dead end. A recent failure caused a large number of ethnic resources and a large number of kinsmen to be buried in a sea of ​​flames composed of plasma.

　　The other collector is also not very emotional. "No way, who makes our task too difficult? How can the resources of stars be developed if they want to develop?"

　　 "Uncomfortable... I want to commit suicide. I am of no use to the ethnic group. I might as well become an organic resource."

　　 There are individuals who show despair on the Internet. If the individual agrees with its thoughts at this time, it will not hesitate to use its limbs to hack itself to death.

　　 However, there are still other individuals who can see its effect on the ethnic group, so they persuade them.

　　 "Cheer up, the way is to come up with, when everyone makes mistakes, giving up easily is a betrayal of the ethnic group."

　　 "But what should we do to extract material from stars?"

　　 "High temperature, high pressure, and close proximity are all problems. How should the matter on the star be mined?"

　　 Thinking of the content of the mission, many collectors have a feeling of ‘self-imposed trash’, and they can’t think of a good way to mine stellar material.

　　 "Don't be discouraged, didn't we think of building a huge sphere to wrap the stars?"

"But we also failed. The Celine's stellar sphere concept is not feasible at all. The stellar-scale volume means that the structural strength is fragile. In addition, the star is a sphere, and the stellar gravity is a spherical force mode. The various regions of the stellar sphere that were constructed were not evenly stressed and eventually collapsed. The price of failure was that tens of millions of trillions of the same race were buried in a sea of ​​stellar fire."

The collector who had thought of suicide before explained that the failure is not terrible. The terrible thing is that the material resources of the ethnic group are gone. That is the material resources obtained by mining the four material-rich star systems. Overnight, it became part of the plasma ocean of red dwarfs, together with hundreds of millions of kinsmen...

　　 has been comforting the collectors of other individuals to express their confusion in the channel.

　　 "I still don't want to understand the reason for the failure. We obviously used the revolution to offset the gravitational force of the star, but as a result, the stellar sphere was disintegrated."

　　 Soon, an individual answered its confusion. In order to facilitate understanding, the individual preparing to explain divided the dialogue between them into multiple stages.

　　 "Then first, let me ask you, why can revolutions resist the gravitational force of stars?"

　　 "Because of centrifugal force." The collector replied.

　　 "Yes, it's because of centrifugal force, what happens if an object doesn't move?" the subject asked again.

　　 "Then there is no centrifugal force. Eventually, it will meet the stars due to gravity and merge into a whole."

　　Gravity is the property of matter itself. If there are only two fixed matter left in a space, and after allowing them to move, regardless of other factors, these two matter will eventually converge.

　　The individual continued to ask, "Then if an object is above the rotation axis of a certain star, how does it move so that it does not fall onto the star?"

　　 "It revolves around the star and passes through the other end of the rotation axis to form a stable orbit." The collector replied.

　　 still relies on centrifugal force to counter gravity. This question is deliberately guided by the individual, and it continues to ask the collector.

　　 "What is the angle between this orbit and the orbit around the equator?"

　　 "Right angle."

　　I can understand without even thinking about it. The special structure of the sphere means that the longitude line at the starting point of the north and south poles will eventually inevitably intersect the latitude line perpendicularly.

　　 The topic leads to this, and the reason for the disintegration of the stellar sphere is also very clear.

　　 "This is the reason why the stellar sphere failed, because the stellar sphere is a whole and its structure is fragile." explained the individual.

"As the latitude rises, the centrifugal force generated by the rotation of the stellar ball will stagger with the gravitational force of the star to form an acute angle. The higher the latitude, the greater the angle, until the north and south poles of the rotation axis of the stellar ball. The centrifugal force and the stellar gravity will be perpendicular. At that time, the structural strength of the stellar sphere directly confronts the stellar gravity. However, the stellar sphere is too large to resist the stellar gravity, and eventually disintegrates due to the uneven force of the stellar sphere at various latitudes."

If the structure is strong enough, this is not a problem, but the problem is that the structure is not strong at all. The excessively large scale leads to the terrible low strength. It is a structure supported entirely by centrifugal force~lightnovelpub.net~ and , Don’t forget that the task of the race is to mine stellar resources, and stellar **** like this are just a preliminary use of stellar resources. We have not even been able to take the first step. "Individual reminded.

　　The method is always more difficult than the difficulty. In the intersection of many thoughts, even in such a depressed group mood, some collectors still proposed a plan to collect stellar resources.

　　 "Actually, I thought of a feasible solution."

　　 "What plan, let's hear it."

　　 The collectors got excited, and the proposer explained his thoughts.

　　 "We can build many antimatter giants, orbiting around the star, until the entire star is wrapped."

　　 "Isn't the lesson of the star ball failure clear enough?"

　　 The individual who had not been excited for a long time was suddenly disappointed, and the presenter hurriedly explained.

"No, no, no, the antimatter megastructures are not connected to each other. They are still separate from each other and work on their own specific orbits. You can understand that the stars are wrapped by countless antimatter megastructures like gas. , So you don’t need to consider the problem of uneven force in latitude."

　　According to the idea of ​​the proponent, the collectors began to carry out force analysis and the development of stellar resources.

　　 "In this way, the utilization rate of stellar resources will decrease..."

　　 "But reliability will increase..."

　　 "Or we can try to use the orbital ring..."